Ï   ú GAÓñ滅 @ ú æ®J Ë@ €ñ ÓA®Ë@ úGQ« øQ Êm.'@ English . Arabic Technical Computing Dictionary    èQmÌ'@ ©K PA‚Ö Ï@I. KQªK ‡K Q¯ Free Software Arabisation Team http://wiki.arabeyes.org/Technical Dictionary

Version: 2.0.29-02-2008 February 29, 2008

This is a compilation of the Technical Computing Dictionary that is under development at Arabeyes, the Arabic UNIX project. The technical dictionary aims to to translate and standardise technical terms that are used in software. It is an effort to unify the terms used across all Open Source projects and to present the user with consistant and understandable interfaces. This work is licensed under the FreeBSD Documentation License, the text of which is available at the back of this document. Contributors are welcome, please consult the URL above or contact [email protected].     Q    Ì   ÉJ ª‚Ë@ éÒ¢@ Ñ«YË QK AK.Q« ¨ðQå„Ó .« èQK ñ¢ ÕæK ø YË@ úæ®JË@ úGñƒAm '@ €ñÓA®ÊË éj‚ èYë          .   l×. @QK. éÔg. QK ú¯ éÊÒªJ‚ÖÏ@ éJ J®JË@ HAjÊ¢’Ö Ï@ YJ kñKð éÔg. QK úÍ@ €ñÓA®Ë@ ¬YîE .ºKñJ ËAK. éîD J.‚Ë@         ÐYjJ‚ÒÊË éÒj. ‚Óð éÓñê®Ó H. ñƒAg éêk. @ð Õç'Y®JË ð á ÔgQÖÏ@ á K. H. PA’JË@ øXA®JË ,H. ñƒAmÌ'@ .           ¾JÖ Ï .€ñÓA®Ë@ éK AîE ú ¯ èQ¯ñJÖÏ@ ð †ZAKñÊË ø X €@ ú G. ø Q¯ é’kP ù ë €ñÓA®Ë@ é’kP . éJ K.QªËAK. ÕÎ @ [email protected]  . úΫ ÈA’B@ ð@ èC«@ à@ñJªË@ úÍ@ H. AëYË@ ZAg. QË@ ,á ÒëA‚ÖÏ@ ɾK. I. kQK Action, Z@Qk. @ Activate, , ¡ J‚K Active, ¡ J‚  A Activity, A‚ Abort, Actor, É«A¯ Aêk. @  Abortive release, ‘ êm× (ú¾Jƒ) ¨A¢®K@ Actuator, ɪ ‚Ó . . Adapt,  Abscissa, éʓA¯ ­J JºK Adapter, Absolute, (éÒJ¯) (é)®Ê¢Ó ­J ºÓ Adaptive answering,    Absolute address, ‡Ê ¢Ó à@ñ J « é J® JºK éK.Ag. @ Adaptive learning,   Absolute path, ‡Ê ¢ÓPA‚Ó ù® J JºK ÕΪK Adaptive routing,   Absolute pathname, ‡Ê ¢ÓPA‚Ó Õæ @ ù® JºK é Jk. ñK  Add,  Abstract, XQ m.× é¯A“@ Abstract class, XQm× ­ J “ Add-In, . Add-in, Abstract data type, XQm× HA KA JK ¨ñK ¬A’Ó . . Additional, Abstract datatype, XQm× HA KA JK ¨ñK ú¯A“@ . . Additive, Abstract interpretation, XQm× ÉKðAK ú×AҒ@  . Address, Abstraction, Y KQm.' à@ñJ« Abstract machine,    Address book, Q èXQm.× éË@ áK ðAJªË@ ¯X Abstract method,   Address bus,  èXQm.× é® KQ£ áK ðAJ«É¯AK Abstract syntax,   Addressee, èXQm.× é JK. é JË@ ɃQÓ Abstract syntax tree,     Addressing, éKñ J « èXQm.× é JK. èQm.  Accelerated Graphics, Adjacency, PðAm.' Accelerator, ¨Q å„Ó Adjacent, PðAm.× Adjust,   Accent, é»Qk é Kñ‚ Accept,  Admin, ÈñJ.¯ QK YÓ Acceptance testing,  Administration,  ÈñJ.®Ë@PAJ.Jk@ èP@X@ Access, Administrative, XA®K ø P@X@ Access control list, XA ® J ËAK ÕºjJË@ éÖß A¯ Administrator, QK YÓ . Advance,  Accessibility, ékAK@ ÐY®K Advanced,  Accessible, hAJÓ ÐY®JÓ Affix,  Access level, XA ® J Ë@ øñJ‚Ó èYK@P Agenda,  Access memory, XA ® J Ë@ èQ »@X èQº®Ó Accessory, Agent,  úÍAÒ» ñ®Ó Account, Aggregate, × H. A‚k ÉÒm. Accounting management,  Ì Q  Aggregate type, ÉÒ m× ¨ñK HAK.A‚m '@  J‚  . Accumulator, Ñ»QÓ Aggregation, © JÒm.' Aggregator,  Accuracy, é¯X ©Ò m.× Aging,  Acknowledgment, Qºƒ , àA ¯Q « ÐXA®K Acoustic coupler, AGP, Agree,  Acquire, HA‚»@ ‡¯@ñÓ . Agreement,   Acronym, PA’Jk@ †A®K@ Airbrush,  Announce, é«AJ.“ X@XQÓ àC«@ Alarm, Announcement, éJ.JÓ àC«@ Alarm clock, éJ.J Ó Anonymous, Õæ B@ Èñêm.× Aleph, Answer mode,  ­Ë@ éK.Ag. B @¡Öß Alert,  Anti-aliasing,   é JJ.K á‚Ë@ éË@P@ Alert box,  Antialiasing,   é JJ.JË@ P@ñk á‚Ë@ éË@P@ Algebraic data type, Antisymmetric,   øQ.g. HA KA JK. ¨ñK ÉKAÒJÓB Algebraic structure,   Anti virus, é KQ.g. é JK. HA ƒðQ ¯ XA’Ó Algorism,  Antivirus, é JÓPP@ñ k HA ƒðQ ¯ XA’Ó Algorithm,  Antivirus software, é JÓPP@ñ k HA ƒðQ ®ÊËXA’Ó l×. AKQK. Alias,  Anytime algorithm,    é JJ » é JJ¯ð B é JÓPP@ñ k Aliasing, á  Apostrophe,  ‚  A JÊ« éʓA¯ Aliasing bug, á  ‚ ÉÊg Appear, Pñê£ Align,  Append,  è@XAm× †AmÌ'@ Alignment,  Applet, è@XAm× i. Öß QK. Application,   Allocate, ‡J J.¢ Allow, Application Launcher,    hAÖ Þ ‡J J.¢JË@ɪ‚Ó Alpha, A® Ë@ Applix, Alpha channel,   Apply,   A®Ë@ èAJ ¯ ‡J J.¢ Approval,  Alphanumeric, øXY« øYm.'.@ P@Q¯@ ALSA,      Approve,  éÓY®JÖÏ@ é JKñ’Ë@ ºJ JË é JK. P@Q¯@ Approved,  Alter, Q  Jª K é JÊ« †XA’Ó Alteration, Approximate,  Q  Jª K úæ KQ®K Alternating,  Approximation algorithm,.   ú G.ðAJK I. KQ®K é JÓPP@ñk Alternative, É KYK. Arabisation, Amount,  Arabization, é JÒ» Amper, Q Arbitrary, J.Ó@ ù ® J» Amplify, Õæj ’  Arc, €ñ¯ Amplitude,  Architecture,  骃 é JK. Analog, Archive, Q ¢  ­J ƒP @ Analogue computer,   Archive site,  úÎKAÖß H. ñƒAg ù® JƒP @ ©¯ñÓ  Archiving,  Analysis, É JÊm' 鮃P @ Anchor, Area,  ¡.QÓ é®¢JÓ Area grid,  Anchoring, ZAƒP@ ékA‚ÖÏ@ HA ªK.QÓ Arena,  AND, ð éJ.Êg Angle,  Argument, é Kð@P ù¢ªÓ Arity,  Angle bracket, èPñ ‚ºÓ é J.KP Animate,  Arrange,   ½ KQm' I.  KQK Animation,   Arrangement,    éº KQm' éJ. KQK Annotate,  Array,  ‡J ʪK é¯ñ®’Ó Annotation,   Arrow, é JƒA g , ‡J ʪK ÑîD

Arrowhead, ÑîD €@P Audio, ùªÖÞ Arrow key, Audiographic,  ÑîD„Ë@ hAJ®Ó ù¢ J¢m' ùªÖÞ Article,   Audiographic teleconferencing,  éËA®Ó  ù ªÖÞ ¨AÒJk. @ Artifact, YªK. á « ù¢ J¢m' Audit,   Artificial intelligence, ú«AJ ¢“@ ZA¿X ‡J ¯YK Authenticate, Artificial neural network, éJ«AJ ¢“@ éJ’« éºJƒ . . Authentication,   Artwork, †AJ Jƒ@ Authenticity,  Ascender, Y«A“ ém• Authentify,  Ascending, øY«A’ ‡J Kñ K Author, Ascending order, øY«A’ IKQ K ­Ëñ Ó . Authorization,  Ascii, ú¾ƒ@ l' Qå” Aspect, Authorize,  Qê¢Ó  ‘ JkQK Aspect-oriented programming, é êkñÓ é m×QK Auto, úÍ@ . . . Autocompletion,   QëA¢ ÖÏAK. ùKA ®ÊKÐA Öß@ Aspect ratio,   Autoconfiguration,   QªË@ úÍ@ ¨A®KPB@ éJ.‚ úÍ@É Jº‚ Assembler,  Autodetect,  ©Ò m.× úÍ@ ­‚» Assembly code,   Autofill,    © JÒm.' èQ®ƒ é JË@ éJJ.ªK Assembly language,      é Jª JÒm.' éª Ë Autoloader, úÍ@ÉÒm× Asserted, Automata theory,     É Jª ‚Ë@ é JK@ YË@ HB B@ é KQ¢  Assertion,  Automated testing,  Y J»ñK úÍ@PAJ.Jk@ Asset management,   HA¾ ÊJÒÖÏ@ Q  J‚ Automatic, úÍ@ Assign,  Automatically,  á  JªK A JË@ Assignment,  Automation,   á  JªK úÍ@É Jª ‚ Assignment problem,    (ém.×QK.) á  JªK éËA‚Ó Automaton, úÍ@ɪ J‚Ó Assistant, Autotrace,   Y«A‚Ó úÍ@ ©J.K Associative array,    Auxiliary, é J¢.@QK é¯ñ®’Ó ú¯A“@ Associative memory,    Auxiliary storage, ' é J¢.@QK èQ»@X ú ¯A“@ áK Qm Asterisk, Availability, Q¯ñ K Asymmetric,  Available, Q£ AJJÓB Q¯ñJÓ Asymmetrical,  Avatar,  ø Q£AJKB PAJ¯@ Asymmetrical modulation, Average, ¡ƒñJÓ Asynchronous,  Average seek time,    úæÓ@Q KB 颃ñJÓ I m'. èYÓ Asynchronous logic,   Away, úæÓ@Q KB ‡¢JÓ I. KA« Atom,  Away message,  èPX H. A J« éËAƒP Atomic, øPX Axial, øPñm× Atomicity, Axiom,  é JîE YK. At sign,  Axiomatic semantics,  @ éÓCªË@ é JîE YK. HA JËBX Attach,  Axiomatic set theory,   †A¯P@ é JîE YJ.Ë@ HA «ñÒj. ÖÏ@ é KQ¢ Attachment, ‡¯Q Ó Axis, Pñm× Attempt, éËðAm× Attribute,  é J“Ag Batch, 骯 X B Batcher, HA ª¯X lÌ'AªÓ Babbleprint,   . é¯ñ¢J Ó éҒ. Batch file, HA ª¯ YË@ ­Ê Ó Back, Batching, ¨ñk. P © J¯YK Backbone, Batch processing,  XAÔ« HA ª¯YËAK. ém.Ì'AªÓ Backbone site,  Battery,  øXAÔ« ©¯ñÓ é KPA¢. Back door, ÐA¢JÊË øQå ÉgYÓ Baud, XñK. Backend,  ù®Êg úæîDJÓ Baud rate, XðAJ.Ë@ÈYªÓ Back-end,   é J®Êg é KAîE Bay, éjJ¯ Background,  é J®Êg Beam, Background processing,   é J®ÊmÌ'@ ú¯ ém.Ì'AªÓ Beamer, HA K. Back link,   Beam search, èXñªK . éÊ“ð © JÓA«X I m'. Backlog, Beep, Q ®“ Backport, g Beeper,  ú 愺«ÉÔ Q®’Ó Back-propagation, ù® Êg PA‚K@ Behavior, ¼ñʃ Back quote,   éÊKAÓA JÊ« éʓA¯ Bell, €Qk. Backronym, A J‚º« Q k. ñÓ Õæ @ Bell curve, úæ Qk. úæ jJ Ó Backside cache, Benchmark,  ù®Êg AJ.m× Z@XB@ €A J¯ Backslash, Best effort,  ú愺«ÉKAÓ¡k (... éÓYg) Yêk. ɒ ¯@ Backspace, ­ÊjÊË ¨@Q¯ Beta, AJ K. Backtick,   Beta abstraction,  éÊKAÓA JÊ« éʓA¯ AJ K. Y KQm.' Backtracking,  Beta conversion,  ù®Êg ©J.K AJ K. É Kñm' Backup,      Beta reduction,  é J£A JJk@ éj‚ ,ù£A JJk@ q‚ ,ù£A JJk@ AJ K. È@Qg@ Backup rotation,    Beta testing, ù£A JJk@ I. ¯AªK AJ K. PAJ.Jk@ Backup software,  Beta version, A JJk@ l×. AKQK. AJ K. P@Y“@ Backward analysis,  ­ÊmÌ'@ úÍ@ É JÊm' Bibliography, ©k. @QÖÏ@ Backward chaining, BiDi, ­ÊmÌ'@ úÍ@ Y®“ Backward compatibility,    Bidi, '    H@P@Y “B @ ‡¯@ñ K èAm. B @ é JKAJK é®K.A‚Ë@ Bidirectional printing, èAm'B@ éJKA J K é«AJ£ Backward compatible,   . . A J®Êg ‡¯@ñJÓ Big-endian, QJºJ¯Q £ Balance,  . àP@ñ K Bijection, ÉKA®K Bandwidth,  . †A¢JË@ Q g Bilinear patch, éJKA J K 骯P Banner,  éJ¯B Binary, ùKA J K Bar, ¡Qå Binary coded decimal,    A JKAJK QÓQÓ ø Qå„ « Bareword, Binary exponential backoff, ùKA J K úæ @ Xñ¯P Base,   èY«A¯ , €Aƒ@ Binary large object, Ñm • ùKA J K á KA¿ Baseband,  úæ Aƒ@ †A¢ Binary package, éJKA J K éÓQ k Base class, úæ Aƒ@ ­J“ Binary search, ùKA J K I m' Baseline, . úæ Aƒ@¡k Binary tree, éJKA J K èQ m Base memory,   . é JƒAƒ@ èQ»@X Bind, ¡P Basename, . ú æ Aƒ@ Õæ @ Binding, Binding handle,  Bolt, AJ.KP@ ‘ J.®Ó Binding-time analysis,   Boo, AJ.KPB@ I ¯ð É JÊm' Binomial distribution,  Book,  úÍñKQ K. © KPñ K H. AJ» Bioinformatics,   Book mark,   é Kñ Jk é JKA ÓñÊªÓ ©¯ñÓ éÓC« Bipolar,   Bookmark,   I. ¢®Ë@ ùKAJK ©¯ñÓ éÓC« Bit,    Boolean,  èPX, é JKAJ K, éJK. ù®¢J Ó Bit block transfer,    Boot,  I K. éÊJ»É®K ¨C¯@ Bit depth,  Boot block,    I J.Ë@ ‡Ô« ¨C¯@ éÊJ» Bit gravity,  Boot image,   I J.Ë@ é JK.XAg. ¨C¯@ èPñ“ Bitmap,    Booting,  é JKAJK é£PAg ¨C¯@ Bitmap display,  Bootloader,   ù¢®K Q« ¨C¯@ ÉÒm× Bitmap font,  Bootrom,        ù¢®K¡k (¡®¯ èZðQ®Ó ¨C¯@ èQ»@X) ¨C¯@ ­¯X Bit mask,  Boot server,  I J.Ë@ ¨AJ¯ ¨C¯@ ÐXAg Bit pattern,    Bootstrap,    é JKAJ K éʂʂÓ QKñ JJ.ÒºË@É Jª ‚ Y JêÖß ÐA¢ Bit plane,   Bootstrap loader,   é JKAJK i¢‚Ó ¨C¯@ ÉÒm× Boot virus,  Bit rate, I J.Ë@ÈYªÓ ¨C¯@ €ðQK A¯ Bit slice,  Border, HA JKAJ K ém' Qå Yg Bit string,  Bottom, HA JKAJ K éʂʃ É®ƒ@ Bitwise, Bottom-unique, Bitwise complement, Bounce, YKQK Blank, Bounce message,   ¨PA¯ ,¨@Q¯ H. ñKð éËAƒP Blend, Bound,   Y J®Ó Blending, Boundary scan, h. QÓ ø XðYg i‚Ó Blink, ‘ JÓð Boundary value analysis, Blinking cursor, Bounded,   ‘ .AK Qå ñ Ó XðYm× , èAJJÓ Bloat, Boundedly complete, Block,  Bounding box,  Q¢k , Y“ é£Ag@ ©K.QÓ Block buffer, Bound variable, Box,  Blocked, ¨ñJ ÜØ †ðYJ “ ,©K.QÓ Blocked record,    Boxed comment,   éÊJºÓ éÊ Jj. ‚ ©K.QÓ ‡J ʪK Block-structured,  Bpp, ÉJ» é JK. ðX Block (unit), éÊJ» Brace, èQå•A g Bracket,  Block (verb), YJÒm' €ñ¯ . Bracket abstraction,   Blog, éK ðY Ó €@ñ¯B@Y KQm.' Bluetooth, Braille, É K@QK. Branch, Blur, hñ“ð ÐY« , (Õæ P) éJKAJ“ ¨Q¯ . . Branch coverage testing,  Blur image, éÖß A« èPñ “ ¨Q®JË@ é J¢ª KPA J.Jk@ Branch delay slot,   Board, ékñË ¨Q®JË@É JêÖß éjJ¯ Branch prediction,  Body, á Ó ¨Q®JË@ ©¯ñK Brand, Bogon filter, Bold, Breadth-first search,  ‘ Q« Bð@ QªËAK. IjJ.Ë@ Break, Q儻 Bus cycle, ɯ@ñ K èPðX Break point,      Bus device,  Q儻 颮J,«A¢®K@ 颮K ɯAK PAêk. Breakpoint, 骣A®ÖÏ@ 颮K Bus error, ɯA K A¢k Break (program),  Business to business,  ¨A¢®K@ ÉÔ«ð ÉÔ« á K. èQk. AJÓ Break statement,   Bus master,  ¨A¢®K@ èPAJ.« ɯ@ñK  KP Bricks, Bus mastering,   H. ñ£ ɯ@ñK éƒAKP Bridge, Bus network,      Qå„k. é J¢k éºJ.ƒ , é KðQå„Ó éºJ.ƒ Bus priority,   Bridge (noun), Qå„k. ɯ@ñK é KñËð@ Bus request,  Bridge (verb), Qå„k ɯAKI. Ê£ . Bus sizing,   Briefcase, éJJ®k ɯ@ñK Õæj. m' . Bus watcher,   Brightness, ¨ñ¢‚Ë@ ɯAJË@I. ¯@QÓ Broadband, ©ƒ@ð †A ¢ ,©ƒ@ð øXXQK †A ¢ Busy, Èñª ‚Ó Broadcast, Button, I K. PP Broadcast quality video,    Button binding, é J«@X@ èXñk. H@ X é JKQÓ P@PP@¡.P Brochure,   Button grab, éƒ@Q»,I.  J» Broken, Buzz, QK QK Pñ‚ºÓ,H. ñ¢ªÓ . .  Broken line, ¨ñ¢®Ó¡k Bypass, PðA m.'  Byte, Browse, i® ’ ø Q k. , I KAK. Byte addressing,   Browser, i® ’JÓ HA JKAÖß éKñJ« Byte-code,    Brush, èA ƒQ ¯ é JKAÖß èQ®ƒ Byte-code compiler,     Brute force, éJƒA¯ èñ ¯ é JKAÖß èQ®ƒ Ñk. QÓ Byte-code interpreter,    Brute force attack, éJƒA®Ë@ èñ ®ËAK Ðñjë é JKAÖß èQ®ƒ Èðñ Ó . . Byte compiler,     Bubble, é JKA Öß èQ®ƒ Ñk. QÓ Byte order,     Buddy, I. kA“ HA JKAÖß I.  KQK Buffer, à@ñ“ Buffered write-through, C Buffering,  C, áK ñ’ úæ Buffer overflow, Cable,  à@ñ’ Ë@ àA¯ñ£ ÉJ.» Bug, éÊ« Cable modem, ÐXñÖÏ@ÉJ.» Bug fix, Cache,   ÉÊg hC“@ éJJ.m× èQ»@X Bug fix release, Cache block,   iÊ ’ÓP@Y“@ AJ.m× éÊJ» Bug tracking system,  Cache coherency,  ÈCg éªK.AJÓÐA¢  AJ.m× ½ƒAÖß Build, Cache conflict,  ZAJ K. AJ.m× ú¯ PAªK Cache consistency,  Built-in, á Ò’ Ó AJ.m× ½ƒAÖß Bullet,   Cache controller,  é“A“P ,X@YªK é KQ» AJ.m× ÕºjJÓ Bulletin Board,   Cache hit,  €A ®K ékAƒ AJ.m× éK.A“@ Cache line, Bulletin board system, H@Qå „J Ë@ ékñËÐA¢  AJ.m× Q¢ƒ Cache memory, Bullet list, AJ.m× Burn, Cache miss, AJ.m× ZA¢k@ Caching,   Bus, ɯA K I ¯ñ Ó áK Q m' Bus arbitration,  Caching-only,  ɯ@ñJ Ë@ Õºk ¡®¯ ZI. k Caching server,   Carrier signal,   éJJ.m' ÐXAg ,ZI. k ÐXAg éÊÓAg èPAƒ@ Calculate, Cartesian coordinates,    H. A‚k é JKPA¾ KX HA JK@Yg@ Calculation, Cartesian product,  H. A‚k úGPA¾ KXZ@Yg. Calculator,  Cascade, éJ.ƒAg úÍAJK Calendar,  Cascaded list,     Õç' ñ®K ék. PY Ó éÖßA¯ Calibration, Cascading style sheet, Call, Case, éËAg Callback, Case based reasoning,  (ÐA¢ ) Z@YK XP éÊJÓB@ úΫ á .Ó Q º®K Call-by-name, Case (font),   Õæ BAK. Z@YK (¬QmÌ'@) éËAg ,(¬ðQk) Q.» Call-by-need,  Case insensitive,   ék. AmÌ'AK. Z@YK ¬ðQmÌ'@ Q.º K. QKAJÓ Q « Call-by-reference, Case Sensitive,  ©k. QÖÏAK. Z@YK ¬QmÌ'@ éËAmÌ €A‚k Call-by-value,   Case-sensitive,   éÒ J®ËAK. Z@YK ¬QkB@ éËAmÌ Q ÜØ Call-by-value-result,     Case sensitivity,   éÒ J®Ë@ éj. JJK. Z@YK ¬ðQmÌ'@ Q.º K. QKAK Case statement,   Callee, øXAJ Ó éËAg èPAJ.« Calling convention, Z@YK †A ® K@ Cast, Callout, Z@YK Casting, Call-with-current-continuation,  Catalog,  éʓ@ñÖÏAK. Z@YK XQå„Ó ,h. ñËAJ»  Catch-all-entry,  é JËAmÌ'@ Ég@YÖÏ@ É¿ ‘ J.¯ Camera,  Categories,  èQÓA¿ HA ® J’ Cancel, Category,  ZAªË@ éJ ¯ Candidate key, l  QÓ hAJ® Ó Catenet, Canonical,  Cathode ray tube,  úGñKA¯ øXñKA¿ H@ Q k H. ñJ.K@ Canonical name,  Cationic cocktail, é JÊ« ¬PAªJÓ Õæ @ úGñ JKA¿ ÈñÊm× Canonicity, éJKñ KA ¯ Cause-effect graphing, ' ú æ.J.‚Ó ú æ.J.ƒ ¡ J¢m Canvas, Õæ QË@ hñË CC, t AJ K (3) ; ém  AJ Ó (2) ; éJKñ KQ» éj‚  (1) Capability,   . èPY¯ CD, øY.Jƒ Capacity,  骃 CDE panel, úæ”  Õºm' ékñË Caps, CD-ROM, Caption,  ú«Q¯ à@ñ J «, ékñË hQå Cell, éJÊg Capture,  A®JË@ Cell encoding, AKCm Ì'@ Q ÓQK Captured image,    é¢ ®JÊÓ èPñ“ Cellphone, øñÊg ­ KA ë Card,  é¯A¢. Cellular, øñÊg Card cage,    Cellular automata,    HA¯A¢. ‘®¯ é KñÊg é JË@ HC ª J‚Ó Cardinality, úæ„JKP Cellular automaton,    ø ñÊg ú Í@ɪJ‚Ó Cardinal number, úΓ@XY« Cellular multiprocessing, éKñÊg èXY ªJÓ émÌ'AªÓ Card slot,   . HA ¯A¢. éjJ¯ Center, (ɪ¯) ¡JƒñK ,Pñm× ,­’ JJ Ó,Q »QÓ,¡ƒð Caret,   éªJ.¯ Centered, ¡ƒñ Ó Carriage return, Centimeter,   úÍ@ ©k. QÓ,Q¢‚Ë@ úÍ@ ¨ñk. P QÒ JJƒ (¬Qm×)Q¢‚Ë@ Central arbiter, Carrier,  ù£ñJ J« øQ»QÓ Õºk ɯAK,É ÓAg Central office,  øQ »QÓI. JºÓ Carrier scanner,  Central processing unit,    ÉÓ@ñk ém AÓ é KQ »QÖÏ@ ém.Ì'AªÖÏ@ èYgð Centum call second,    Checkbox,  ÈA’@ é JKA K éJÓ Q ƒAK éKA g Cepstrum,  Checkbox menu,   ÐðQ‚ .ƒ Q ƒAK ©K.QÓ H@PA Jk éÖßA¯ Certificate, èXA îD Checkered, Certify, XAîD @ Checkout, Chad, HA J¯ Checkpoint, ‡®jJË@ 颮K Chad box,  Checksum,   HA J¯ †ðYJ “ ¨ñÒj. ÖÏ@ ‡J ¯YK Chain,   Child, Y J¯ , éʂʃ ø ñJK. Change, Q  Jª K Child directory, øñJ K. É JËX Change management,   Child process,   Q  JªJË@ èP@X@ é KñJK. é JÊÔ« Changeover, Child record,    Q  Jª JÊËX@YªJƒ@ é KñJ K. éÊ Jj. ‚ Channel,   Child status,   èAJ ¯ é KñJ K. éËAg Channel service unit,     Child structure,   é KñJ ¯ é JÓYg èYgð é KñJ K. é JK. Chaos, Child version,   €@ñ ƒ é KñJ K. éj‚ Chapter, Child widget,  ɒ¯ ùK ñJ K. éêk. @ð Qå”J « Char, × Child window, ¬Qm ú «Q¯ PA£@ Character, ¬Q m× Chip, [HA ¯A ¯P] é¯A ¯P Character device, Chip box,  ú¯Qm× PA êk. HA J¯ †ðYJ “ Character encoding, Chip set,  ¬QkB@ Q ÓQK l'@Qå é«ñÒm.× Character encoding scheme, Chmod, ¬PAm× Q ÓQK¡ ¢m× Character graphic, ú¯Qm× Õæ P Choice, PA JJk@ Characteristic function,   Choose, èQ ÜØ éË@X PA JJk@ Character key, ú¯Q m× hAJ® Ó Chooser, Character map,  ¬QkB@ é¢ Qk Chroma, Character repertoire, ¬PA m× XQå„Ó Chroma key, Character set,  × Chromatic number, ¬Qk@ é«ñÒm.  ú GñËXY« Character set identifier, ¬PA m× Õ®£ ¬Q ªÓ Chrome, ÐðQ» ,ú×ðQ» Character string,  Chrominance,  ¬PAm× éʂʃ é JKA ÓðQºË@ Char cell, ×  Cipher,   ¬Qm é JÊg èQ® Jƒ Charityware, Q × Ciphertext,   ø g l. AKQK. Q®‚Ó ‘ Charmap, ¬PA m× é£PAg Circle, èQ K@X Charset, ¬PA m× Õ®£ Circuit, èP@X Chart,  Circuit switched,  úGA JK. Õæ P , é£A¢k È@YK.B @ øPðX Chase pointers,    Circuit switching, ¨AKñj. ’’’®K Qå ñÓ Chat, éƒXPX Circular buffer, øPðX ¡ ® m× Chatchup, Circumflex,   éªJ.¯ Chat room,    Class, éƒXPX é¯Q« ­J“ Chat script, éKXA m× ñ¢m × Class hierarchy, ¬A J “@ éËCƒ Check,  Classic,  Y»AK , ‘m¯ øXA JJ«@ ,øY JÊ®K Classical logic,   Check (a button), øY JÊ®K ‡¢J Ó Check bit, Classification,  ‘j®Ë@ I K. ­J ’ Check box,  Classify,  Q ƒAK †ðYJ “ ­J ’ Class library,  Cluster node,       ¬AJ “@ éJ.JºÓ Xñ®J « èY®«, éÊ J’k èY®« Class method,   Cluster-transport,   é J® J“ é® KQ£ Y‚k É®K Classpath, ¬A J “@PA‚Ó Coalesced sum, Class variable,  Coarse grain, ­J“ Q ª JÓ á ‚k I. k Clause, YJ K. Coax, PñjÖÏ@YjJÓÉJ.» Clean, Coaxial, ­J ¢  ,­J ¢ K PñjÖÏ@YjJÓ Clear, ñm× Coaxial cable, øPñm× É“ñÓ Clear box testing, Cocktail shaker sort,  Cg PQ¯ Click, Q®K Code, Click (noun), èQ ®K Codebase, èQ ® ƒ èY «A¯ Click (verb), Q®K Codec, PA ÓQÓ Coded character set,   Client, É JÔ« Q ÓQÓ ¬PAm× Õ®£ Client-server, Code division multiplexing, ÐXAgð É JÔ« Client-server model, Code management,    ÐXAgð É JÔ« h. XñÖß èQ®ƒ Q  J‚ Client-side,  Code position, É JÒªË@ éêk. á Ó Q ÓP ©“ñÓ Clip art, é“A’¯ Code (program), èQ ® ƒ Clipart,    Code segment,    é JJ ¯ é“A’¯ èQ®ƒ 骢¯ Clipboard, é¢ ¯A g Code (symbol), Q ÓP Clip board, HA “A’¯ ékñË Code violation, PA ÓQË@(Y«@ñ¯) †Q k Clip list,    Code walk,   HA “A’¯ éÖßA¯ èQ®ƒ éªk. @QÓ Clip mask, é“A’¯ ¨AJ ¯ Codomain, Clipping, Coefficient, ÉÓAªÓ Cognitive architecture,   Clipping plane, é J»@PX@ èPAÔ« Clock, é«Aƒ Collaboration, àðA ªK Clock rate, é«Aƒ é«Qå Collapse, ù£ Clock speed,    Collate, é JKA ® JÖÏ@ é«Qå ÐPP Clone, pA‚ Jƒ@ ,q‚ J‚Ó Collect, A®JË@ Clone device, Collection,  q‚J‚Ó PA êk. é«ñÒm.× Close,  Collision,  †C«@ ÐXA’ Closed set,   Collision detection,  é®Êª Ó é«ñÒm.× HA ÓXA’ ­‚» Closed surface,   Colocation,   é®ÊªÓ ékA‚Ó ú ¾J.ƒ É J“ñK Closed term, ‡Ê ª ÓYg Colon, àA J¢®K Close routine,    Color, †C«@ èQ Kð àñË Closure,  Color chooser, Q × †C«@ à@ñË@  m Closure conversion, Color map, × à@ñ ËB@¡¢m Clover key, É® K hAJ® Ó Colormap, à@ñ Ë@¡¢m × Clumsy, Color model, A£ à@ñË@ h. XñÖß Cluster,   Color saturation, Xñ®J«, éʒk à@ñË@ ¨AJ.ƒ@ Cluster file,  Colour, Y‚k ­ÊÓ àñË Clustering, Y‚k Colour depth, à@ñ Ë@ ‡Ô « Cluster member, Colour look-up table, Y‚k ñ’« à@ñËB@ á « I m'. ÈðYg. Colour model, Compatibility,   à@ñË@ h. XñÖß ‡¯@ñK Colour palette, à@ñ Ë@ ékñË Compatible, ‡¯@ñ JÓ Column, Compilation,  XñÔ« ­K Qå” Column span, Compile,  ­K Qå” Combination,   Compiler,  éª JÒm.' ¬Qå”Ó Combinator,    Compiler compiler,   é J®¯@ñK éË@X Ñk. QÓÑk. QÓ Combinatory logic, ù®¯@ñ K ‡¢ J Ó Complement, éÊÒºK Combine, Complete, á K. ­J ËAK ÐAK Combo box,  Complete graph,    XQå ð QK Qm' ©K.QÓ éÊÓA¿ é¢ J¢m' Combobox, Complete inference system,  I. »QÓ ©K.QÓ ÉÓA¿ AJ.Jƒ@ ÐA¢ Comma, éʓA¯ Complete lattice, Command, Complete metric space, Q QÓ@ ÉÓA¿ ø ÓZA’¯ Command button, QÓ@PP Completeness, ÈñÒ» Command interpreter, Complete partial ordering,   QÓ@ð@ ÈðñÓ ÉÓA¿ ùKQ k. I.  KQK Command key,  Complete theory,  QÓ@ hA J®Ó ÈñÒ» é KQ¢ Command line, QÓ@ðB@Q¢ƒ Complete unification, ÉÓA¿ Y JkñK Command line interface,  Complexity,  QÓ@ðB@Q¢ƒ éêk. @ð Y®ªK Command-line interpreter, Complexity analysis,   QÓ@ð@Q¢ƒ Èðñ Ó Y®ªKÉ JÊm' Command line option, Complexity class,  QÓ@ð@Q¢ƒ PA Jk Y®ªK ­J “ Command line options,  Complexity measure,    Q Ó@ðB@Q¢ƒ H@PA Jk Y®ªK €A J¯ Command Prompt, QÓ@ð@ I m× Complex number, I. »QÓXY« Comma separated values,   ɓ@ñ®K. éËñ’®Ó Õæ¯ Complex programmable logic device, PA ê k. Comment,    Q     ‡J ʪK YJʂ ÊË éÊK.A¯ Y®ªÓ ù ®¢JÓ Comment out, ‡J ʪK éË@P@ Component, à ñºÓ Component architecture,   Commercial a, YJ « éÓC« é JK ñºÓ èPAÔ« Commit,  Component based development, á  ¨Xð@,I. ºKP@ úΫ  .Ó QK ñ¢ Common,  HA Kñ ºÖÏ@ ©KAƒ Compose,  Common carrier, øXAJJ«@ÉÓAg I. J»QK Composite,   Common factor, ¼Q‚ÓÉÓA« éJ.»QÓ é«ñÒm.× Common properties,  Composite drive, éÓA« ‘A’k Composition,  Communication, ɓ@ñK I. J»QK Compound key,   Communications, HBA ’@ I. »QÓ hAJ®Ó Compress, Communications port, HBA ’@ Y ® J Ó ¡ª“ Compressed, Communications software, HBA ’@ l×@QK ñª’Ó . . Compressed video,   Communication system, ÈA’@ ÐA¢  é£ñª’Ó é JKQÓ Compressibilty factor, Compact, l×YÓ Aª’ B @ÉÓA« . Compression, Compact disc, l×YÓ Q¯ ¡ª“ . Computability theory,   Compaction, ¡ª “ I.  ‚m' é KQ¢ Computable,   Compactness preserving,  I.  ‚jJÊËÉK.A¯ ÐA’ ¡®k Computational complexity, Company, é»Qå„Ë@ Compare, éKPA ®Ó Computational geometry, Computational learning, Configuration item,  É Jº‚ Qå”J « Computational molecular biology, A Jk. ñËñ JK. Configuration management,   Configuration programming,   é JK.ñƒAg é J KQk. É Jº‚ ém.×QK. Computational organochemistry, éKñ’ «ZAJÒJ» Configure,  ¡J. “ é JK.ñƒAg Confirm, Y J»AK Compute, HA‚k Confirmation, . Y J»AK Computer, H. ñƒAg Conflation, Computer cluster,  úGñƒAg Xñ®J « Conflict,    . ‘¯AJK,H. PA’ Computer cookie, H. ñƒAg øñÊg Congestion,  Computer ethics,  àA®Jk@ H. ñƒAg HA J¯Cg@ Conjunction, Q Computer-generated imagery,  à@ ¯@ Y Ëñ Ó QK ñ ’  Connect, ÈA’@ H. ñƒAmÌ'AK. Connected graph,  Computer language,   ɒJÓ àA JJ.Ó QKñ JJ.ÒºË@ éªË Connected subgraph,  Computer law,  ɒJÓ ú«Q¯ àA JJ.Ó H. ñƒAg àñKA¯ Connection,  Computer literacy, ÈA’@ H. ñƒAmÌ'AK. ÐAÖÏ @ Connectionless protocol,   Computer network,   ÈA’@ àðYK. †A® JÓ I. ƒ@ñk éºJ.ƒ Connection-oriented,   Computer program, × ÈA’BAK. ék. ñÓ H. ñƒAg l. A KQK. Connection-oriented network service, é ÓY g Computer security, QKñ JJ.ÒºË@ á Ó@      Computer virus, ÈA’BAK. éêk. ñÓ é JºJ.ƒ úGñƒAg €ðQ¯ Connection pool,  . HBA ’@ ©Òm.× Computer vision, úGñƒAg Qå”. Connective,  Compute server, . úÍA’@ ,¡.@P H. A‚k ÐXAg Connectors, • Computing,  ¨AKñm. ¡.@P ,ɓñÓ éJ.ƒñk Conservative evaluation, ×  Computron, ¡¯Am Õæ J®K àñK.ñƒAg Consistently complete, Concatenate, ÕË Console, Concatenated key, Èñ‚ñ» ÐñÒÊÓ hAJ®Ó Consolidate,   Concentrator,  Õæ «YK,Y J£ñK Q » QÓ Constant,   Conceptualisation,  IK.AK éÒê®Ó Constant angular velocity,     Concrete class,   éJK.AK é Kð@P é«Qå èXYm× éJ¯ Constant applicative form,      Concrete syntax, IK.AK ù® JJ.¢ ɾƒ øXAÓ ñm' Constant folding,   Concurrency, IK.AK ù£ á Ó@Q K Constant linear velocity,     Concurrent,   éJK.AK é J¢k é«Qå á Ó@QÓ,‡¯@QÓ Constant mapping, Concurrent processing,   邯AJÓ ém.Ì'AªÓ Constraint,    Condense,   Q儯 ,Y J¯ ­J JºK Constraint functional programming,  × Condensed,  é m. QK. Q k. ñÓ,­JºÓ éKYJ¯ éJ® J£ð Condition,  éËAg , Qå Constraint satisfaction, XñJ¯ ZA“P@ Condition out,  Qå © KQ®K Constructed type, úæ JÓ ¨ñK Conduit, . øQm.× Constructive, ùKA J K Cone, . ðQm× Constructive solid geometry, éJKA J K éJʓ éƒYJ ë Confidence test,   . . é®KPAJ.Jk@ Constructor, úGA K Confidential, . øQå  Consultant, PA‚‚Ó Configuration,  É Jº‚ Contact, Ƀ@QÓ Contact (noun), é¯Q ªÓ Control unit, Õºm' èY gð Contact (verb),  Conventional memory,   ÈA’@ é JkC¢“@ èQ»@X Container,  Converge,  é KðAg Y‚m' Container class, Convergence,  ¨@ð ­J“ XA‚k@ Content, øñJm×  Conversation, éKXA m× Content addressable memory, ×   Converse, (‡¢ J Ó) º«,ÉKñm'   øñJm H@X èQ»@X  Y’®ÊËÉK.A¯ Conversion, É Kñm' Content-based information retrieval, I m Conversion to iteration,  '  . P@QºJË@ úÍ@ É Kñm øñJjÖÏ@ úΫ á.Ó HA ÓñÊªÓ Convert, ÉKñm' Contention slot,   ¨PA JK éÊêÓ Converting, ÉKñm' Context,  †A Jƒ Convex hull, Context clash,  †A Jƒ PA ªK Cooccurrence matrix, Context-free,   †A J‚Ë@ á «É®J‚Ó Cookie, øñÊg , 麪» Context-free grammar,   †A J‚Ë@ á «É®J‚Ó ñm' Cooperative, ú«AÔg Context object,  . †A Jƒ á KA¿ Cooperative multitasking, úGðA ªJË@ÐAêÖÏ@XYªK Context operator,  Coordinate,  †A Jƒ ÉÓA« ‡J ‚K Context-sensitive, †A J‚ËAK QKAJÓ Coordination language,    . ‡J ‚K éªË Context-sensitive menu,      ß  Coprocessor,  èQKAJÓ H@PA Jk éÖ A¯ Y«A‚Ó lÌ.'AªÓ †A J‚ËAK. Coproduct,  Context switch,   úæKAg. h. ñJJÓ †A Jƒ É KYJ.K Copy, . Contextual menu,     q‚ K é J¯A Jƒ H@PA Jk éÖßA¯ Copy and paste,  Continuation,  ×    ‡’Ë@ð q‚@  ÈA’@ ,(È@ðX ém. QK.) éªK.AJÓ ,P@QÒJƒ@ Copying garbage collection, (éË@X) Copy left, Continuation passing style,    © JÒj. ÊË q‚Ë@ éªK.AJÓQ KQÖß H. ñʃ@ Copyleft,   Continue,   Qk ­ËñÖÏ@ †ñ®k éªK.AJÓ Copy (noun), Continuous,     q‚ ɓ@ñJÓ,(¡k , éË@X) ɒJÓ ,QÒJ‚Ó Copy protection,   Continuous function,    q‚Ë@ á Ó é KAÔg ,q‚Ë@ é KAÔg éʒJÓ éË@X Copy right, Continuous wave,    éʒJÓ ék. ñÓ Copyright,   Contour, × q‚Ë@ †ñ®k ¡ Jm Copyrighted,   Contraction,  †ñ®mÌ'@ ñ ®m× ‘ JÊ®K Copy (verb),  Contract programmer,   ' ×Q éj‚ Y®« Im l. .Ó CORBA, Contrast, áK AJ.K AK.Pñ» Contribution,  Core, I. Ë éÒëA‚Ó Core class,   Contributor, é JJ£AK. éJ¯ Ñë A‚Ó Core dump,  Control,  ' á £AJ.Ë@ © KQ®K Õºm Core file, Control code, ' úæ£AK. ­ÊÓ Õºm QÓP Core gateway, Control file, Õºm' ­Ê Ó Control flow, Core leak, Corner,  Controller, ÕºjJÓ é Kð@P Corollary, Control point, ÕºjJË@ 颮K Control structure,   Correct, iJm• Õºm' éJK . Correlation, ‡ËAªK Correspondence, ÐðC K Cross-over, Q.ªÓ Correspondent, Cross-platform, Õç'@ñJÓ ,Õç'@ñÓ HA ’J ÖÏ@ Q.«,HA ’J ÖÏ@XYªJÓ Corrupt, Cross-reference,  YƒA¯ éËAg@ Cos, AJk. Cruft, Cost, é® Ê¿ Cruft together, Cost control callback, Crumb, Count,  Crypt,  X@YªK Q ®‚ Countable,   Cryptanalysis,   X@YªJÊËÉK.A¯ é JÒªJË@É JÊm' Counted, Cryptography,  XðYªÓ é JÒªK Counting records,   Cryptology,  YªË@ HC Jj. ‚ Q ®‚Ë@ ÕΫ Country code, Ctrl,  YÊJ.Ë@ Q ÓP ÈQK Coupling, Cube,  I. ªºÓ Coupon, Cubing, Courseware, Cumulative, ùÒ»@QK Covariance, Curly bracket, CPU, Ì Current, l.'AªÓ ú ÍAg Crack, Current directory, úÍAmÌ'@ É JËYË@ Crash, Current session,   PA JîE@ é JËAmÌ'@ é‚Êm.Ì'@ Crash dump,  Current working,   øPA JîE@ © KQ®K é KPAm.Ì'@ ÈAª ƒB@, é KPAm.Ì'@ ÈAÔ«B@ Crawler, H. @X,­k@P Curried function, Create, ZA‚@ Currying, Creation, ZA‚@ Curses, Credential,  Cursor,  XAÒJ«@ (èPA®Ë@) Qå ñÓ Credential cache,    Cursor plane,  é KXAÒJ«@ é JK.Ag ‡ËQÖÏ@ i¢ƒ Credits,  Curve,  QK Y®Kð Qºƒ é JJ jJ Ó Creeping featurism, Custom, H@ Q ÖÏ@ÈAîD @ ‘’m× Crisp,    Customization,  ­’ ®JÓ ‘ J’m' Critereon, Customize,  ‘ J’m' Criteria, Custom window,   PA JªÓ é JkC¢“B@ èY¯AJ Ë@ Criteria range, Cut,  HA ®“@ñÖÏ@ÈAm.× ‘¯ Criterion, ½m× Cut and paste, ‡’ Ë@𠑯 Critical error, Cut buffer,   h. Qk A¢k ‘®Ë@ à@ñ“ Critical section, h. Qk ZQ k. Cutover, Crop, Cut-through switching, Cross-assembler, Cyber, Cross-compiler, Cyberbunny, Cross-device link, Cybercafe, Crossed,   Cybernetics,  ©£A®K,I. ËA’ úÍB@ ÕºjJË@ Cross-fade, Cyberspace, Crossfade, Cyber-squatting, Cross-fading, Hñ ® k Cycle, èPðX Cyclebabble, Data flow,    HAKA JJ.Ë@ ‡¯YK Cycle crunch, Dataflow, HA KA JK ¬Y K .   Cycle drought, Data flow analysis, HA KA JK. ¬YKÉ JÊm' Cycle of reincarnation,  Data flow diagram,   t AJ JË@ èPðX HA KA JJ.Ë@ ‡¯YK ¡m× Cycle server, Data fork,  HA J¢ªÓ ©‚ Cyclic redundancy check,    Data frame,   á « øPðX ‡J ¯YK HA J¢ªÓ èY«A¯ PA£@ Data glove,  ZA¢kB@ HA KA JK. PA ®¯ Cyclic redundancy code, Datagramt, Cyclomatic complexity, Data hierarchy,  HA KA JJ.Ë@ é JÓQë Cylinder,  Dataless client, éK@ñ¢ƒ@ HA J¢ªÖÏ@ á Ó úÍAg àñ K.P Dataless management utility,   é JËAg Q K.YK 骮J Ó D HA J¢ªÖÏ@ á Ó Daemon,  Data link layer,   I. J¯P HA J¢ªÖÏ@ɓð é®J.£ Daisy chain,     Data link level, HA J¢ªÖÏ@ɓð øñJ‚Ó é JJ.¯AªK éʂʃ  Daisywheel printer, Data logger, HA KA JK. Éj. ‚Ó Damage, Data logging, PQå•  Dangling pointer,  Data mart, HA J¢ªÓ èY «A¯ †ñ ƒ úÍYÓ Qå ñÓ Dash, é£Qå Data mining, HA KA JJ.Ë@ÈCª Jƒ@ Data, Data model,  HA KA JK. HA J¢ªÖÏ@ h. XñÖß Data abstraction,  Data modeling,   HA KA JJ.Ë@Y KQm.' HA J¢ªÖÏ@ ék. YÖß Data acquisition,  Data modelling,   HA J¢ªÓ(ÈA’jJƒ@) É J’m' HA J¢ªÖÏ@ ék. YÖß Database,   Data packet,   HA KA JK. èY«A¯ HAKA JK. éÓPP Database administrator, HA J¢ªÓ èY «A¯ QKYÓ Data path, HA KA JK. PA‚Ó Data processing,  Database analyst, HA J¢ªÓ èY «A¯ ÉÊm× HA KA JJ.Ë@ ém.Ì'AªÓ Data rate,  Database machine, HA J¢ªÓ èY «A¯ éJ ºÓ HA KA JJ.Ë@É®KÈY ªÓ Data segment,   Database management system, èY «A¯ QKYKÐA ¢  HA KA JK. 骢¯ . Data service,  HA J¢ªÖÏ@ HA KA JK. éÓYg Database manager,   Data service unit,   HA KA JK. èY«A¯ QK YÓ HA KA JJ.Ë@ éÓYg èYgð Database normalisation, Data set,  HA KA JK. é«ñÒm.× Database query language,    Data set organization,    Y«@ñ¯ ÐCªJƒ@ éªË HAKA JJ.Ë@ é«ñÒm.× Õæ ¢JK HA KA JJ.Ë@ Data striping, Database server,    Data structure,  HA J¢ªÓ èY«A¯ ÐXAg HA KA JJ.Ë@ é JK. Data bus,   Data transfer bus,  HAKA JJ.Ë@ɯAK HA J¢ªÖÏ@É®K øQå„Ó Datacenter manager, HA KA JJ.Ë@ Q »QÓ QK YÓ Data transfer rate, HA KA JJË@É®KÈ YªÓ Data channel,    . HAKA JJ.Ë@ èAJ¯ Data type, HA KA JJ.Ë@ ¨ñK Data communications analyst, HC “@ñÓÉÊm× Datatype definition,    HA J¢ªÖÏ@ ¨ñK ­K QªK HA J¢ªÖÏ@ Data unit, HA KA JK èY gð Data compression,  . HAKA JK. ¡ª“ Data warehouse, HA J¢ªÓ à Q m × Data dictionary,   HAKA JK. €ñÓA¯ Data warehousing, HA J¢ªÖÏ@ à Q k Data dictionary file,   HAKA JK. €ñÓA¯ ­ÊÓ Date, t'PAK Data driven,   HAKA JJ.Ë@ á Ó †A‚Ó Datum, ù¢ªÓ Daughter,  Deductive tableau,   éÊ Jʃ úkAJJƒ@ hñË Daughterboard,   Deep,  . éÊ Jʃ ékñË ‡J Ô« Daughtercard,   Deep magic, éÊ Jʃ é¯A¢. De facto standard,  Day, Ðñ K ùª¯@ð PA JªÓ,úΪ¯ PA JªÓ Day mode, Default, ¡ÒJ Ë@ øPAîE ùKYJ.Ó Deactivate,  Default master, É¢. Dead, I JÓ,É£A« Default route, Dead code, Defect, I. J« Deadlock,   Defect analysis,   †P AÓ, éÓP @ ɪË@É JÊm' Deadly embrace, Defect density, ÉʪË@ é¯A J» Dealer,  Deferral, Qj. JÓ ZAg. P@ Deamon,    Define,   Y J®JJË@ ð Q®Ë@I. ¯@QÓ Y KYm' ,­K QªK Death code, Definite clause, Deb, Definite sentence, Debianize,  Definition, éJ  K.X ­K QªK Debug,   Definitional constraint programming, iJ ®JK ,ij’  Debugger, i®J Ó Deflate, ÒºJ Ó Debugging,  ZA¢k B@ iJ j’ Deflate compression, ÒºJ Ó¡ª “ Decay,  Deforestation,     ÈðA’ éK.AªË@ éË@P@ , éK.AªË@ HA JJk. @ Dechunker, Defragment,    é J¢‚Ë@ éË@P@ Decidability, Defunct process, àA¯ Z@Qk. @ ,I JÓ Z@Qk. @ Decidable, Degree,  ék. PX Decimal, øQå„« Degrees, HA g. PX Decimal point, Degrees of freedom,  øQå„«É“A¯ é KQmÌ'@ HA g. PX Decision problem,   Deinstallation,    P@Q¯ éʾ‚Ó I  J.JË@ ½¯ ,I  J.JË@ éË@P@ Decision support, P@Q¯ Ñ«X Deinterlace, Decision support database,    Dejagging,    Ñ«X HAKA JK. èY«A¯ P@Q®Ë@Ñ«X HA ÓñÊªÓ èY«A¯ ,P@Q®Ë@ Delay, Qg AK, éÊêÓ Decision theory,   P@Q®Ë@ é KQ¢  Delayed control-transfer, Declaration,  é JKC«,¨CK. @ Delay instruction, Declarative language,    é KQK Q®K éª Ë Delay slot, Declare, àC«@ ,ZBX@ Delegation, éKAJK, éJªK Decode, . . Q ÓQK ½¯ Delete, ¬ Y g Decoder, Deleted, ¬ð Y m× Decompress, ¡ª “ ½¯ Deletia, Decorative, ú¯Qk P Deletion, ¬ Y g Decrease,    É JÊ®K,­J ®m' ,‘ J®m' Delimiter, Ym× Decrypt,  Q ®‚ ½¯ Deliverable, ÕÎJ‚ Ó Decryption,  Q ®‚ ½¯ Delivery, Õæʂ Dedicated line,  QºÓ ¡k Delta, È@X Deductive database,      é Jk. AJJƒ@ HA J¢ªÓ èY«A¯ Delta conversion, Delta reduction, Deskside,   I. JºÖÏ@I. KAg. , èY’JÖÏ@I. KAg. Demand,  Desktop,  I. Ê¢ÖÏ@, èPðQå”Ë@ I. JºÓ i¢ƒ Demand driven,   Desktop background,   èPðQå”ÊK. †A‚Ó I. JºÖÏ@ i¢ƒ é J®Êg Demand paged,  Desktop database,    èPðQå”Ë@ új®“ I. JºÖÏ@ i¢ƒ HA KA JK. èY«A¯ Demand paging, Desktop environment,  I. JºÖÏ@ i¢ƒ ¡ Jm× Demo, Q « Desktop manager, Demodulate,    Desktop publisher,  ÕæKQË@ ­‚» ,ÕæKQË@ ½¯ I. JºÖÏ@ i¢ƒ PQm× Demodulation,  Desktop publishing,  ÕæKQË@ ­‚» I. JºÖÏ@ i¢ƒ Q.« Qå„ Demo mode, Destination,  újJ “ñ JË@ Q ªË@¡Öß Y’®Ó Demote,  Destroy, éJ.KQ Ë@ á Ó¡k Q ÓYK Demo version,   Destructor,  ú jJ “ñJË@ QªË@ èP@Y“@ ­ÊJÓ,Y JJ.Ó Denominator, Õæ A¯ Detach, ¨Q K Denotational semantics, Detail, É J“A®K Deny, ‘ ¯P Detect, ­ ‚» Depeditate, Detection, ¬A ‚»@ Dependability, Detective, ­ ƒA¿ Dependable software, Deterministic, Dependence,  Deterministic automaton, AJ.KP@ , é JªJ.K Dependency,   Devel, é K XAÒJ«@ Deprecate, à@X @ Develop, Pñ£ Developement,  Deprecated, Pñj. êÓ QK ñ¢ Deprecation,  Developer, éK@X@ Pñ ¢Ó Depth,  Development,  ‡Ô« QK ñ¢ Depth-first search,  Development environment, Bð@ ‡ÒªËAK. I jJ.Ë@ QK ñ¢JË@¡ Jm× Dereference, Device, PA êk. Derivative,  Device-dependent,  ‡J‚Ó èQ êj. JÊË ©“A g Derived,  Device driver,  ‡J‚Ó PA êm.Ì'@ ‡KAƒ Derived class,   Device group,    é®J‚Ó éJ ¯ H@ Q êm.' é«ñÒm.× ,PA êk. é«ñÒm.× Derived type,  Device-independent,    ‡J‚Ó ¨ñK èQ êj. JË@ á Ó úÍC®Jƒ@ Descender, Device independent bitmap, ¡.Aë ,¬ñ‚m× Descending,  Device name, ú支AJ K PA êm.Ì'@ Õæ @ Descending sort,    Device number,  úÍPA JKI.  KQK PA êm.Ì'@ Õ¯P Descent function, Diacritic, Description, ­“ñ Ë@ Diagonal, øQ¢¯ Descriptor, Diagonal line,  ­“@ð ø Q¢¯ ¡k Deselect, ZA®JK@ÐY « Diagram, é£A¢k Design, ÕæҒ Dial, ­ Jë Design pattern, Dialer, Design recovery, Dialog, P@ñk Desk,   Dialog box, I. JºÓ, èY’JÓ P@ñk ©K.QÓ Desk check,  ¯ Dialout Device, ú æ.JºÓ ‘m ÈAgXB @ PAêk. Dial-up,  Directed acyclic graph, ù®KAë I. Ê£ Dialup,  Directed graph, ù®KA ë , é®KA êÓ ék. ñÓ ñ¢m× Dial-up link,      Directed set,   é J®Jë éʓð ,ù®Jë ÈA’@ h. ñÓ èQÓP Dial-up login,  Direct graphic,   ù®Jë h. ñËð èQå AJ.Ó HA KA JK. , èQå AJ.Ó HA JÓñƒP Diameter,  Direction,  Q¢¯ èAm.'@ Diamond, €AÖÏ@ Directional coupler, Diamond key,  Directive,  úæ AÓ hAJ®Ó úæîD k. ñKQÓ@ Dictate, Direct mapped cache,   Q ® K ¡ J¢jJË@ èQå AJ.Ó é JK.Ag Dictionary,  Direct memory,   €ñÓA¯ èQå AJ.Ó èQ»@X Difference,  Directory, ¬Cg ,†PA¯ É JËX Difference equation,   Directory path,  †PA¯ éËXAªÓ Éj. ÖÏ@ ½Ê‚Ó,É JËYË@ ½Ê‚Ó Differential, Directory service,    úΓA ®K Éj. ÖÏ@ éÓYg ,É JËYË@ éÓYg Differential backup, “A ® K ù£AJJk@ q‚ Directory stack, ÐñºK,Y ÊjÖÏ@ ÐA¿P ,ÉJËYË@ ÐA¿P ú Î . Differential driver, úΓA ® K †ñ ‚Ó,úΓA ® K ‡KA ƒ É JËYË@ Direct virtual, Differential line, úΓA ® K ¡k Diges, Dirty,  Zø YK. ,t ð Digest, é“Cg Disable, É J¢ªK Disassemble,  Digi-, ©Êg@ ,½¯ Disassembly,  Digit, Õ¯P ©Êg ,½¯  Disc,  Digital, ùÔ¯P Q¯  Discard, Digital audio, ùÔ¯P Hñ “ YJ.K Digital camera,       Disc drive,   é JÔ¯P QK ñ’ éË@, é JÔ¯P@Q ÓA¿ Q¯ †ñ‚Ó Digital carrier,    Disclaimer,  ùÔ¯PɯAK ,ùÔ¯PÉÓAg é JËðñ‚ÓZCg@ Digital certificate,    Disconnect,   é JÔ¯P èXAîD ÈA’@ ©¢¯ Digital computer,  Disconnected,  × ùÔ¯PH. ñƒAg ¨ñ¢®Ó ,½¾®Ó ,¨ñÊm Digital dashboard, Discrete, ©¢®JÓ,ɒ® J Ó Digital electronics,    Discrete cosine transform, é JÔ¯P HA JKðQºË@  Digital envelope,  Discrete Fourier transform,   ' ùÔ¯P ¬Q£   é KPñ ¯@ é Ê Kñ m Digital image,    骢®JÖÏ@ é JÔ¯P èPñ“ Digitalize, Discrete preorder, Discriminated union,    Digital logic,  ¯  ¡®JÓXAm' @ éJÔ QË@ ‡¢JÓ Discussion, Digital service unit,  ¯  Ì  P@ñk é JÔ QË@ éÓYm '@ èYgð Discussion group,      Digital signature, ¯   ¯AJK é«ñÒm.× ,ÈXAm.' é«ñÒm.× ùÔ P © J¯ñK Disjoint union,   Digital versatile disc, ¯  ɒ®ÖÏ@ ¨ñÊm× XAm' @ ,ɒ®JÓXAm' @ ¨PAK. ùÔ P Q¯ Disk,  Digitize,  ¯ Q¯ éJÔ P Disk array,  Digits,  @Q¯@ ­“P ÐA¯P@ Disk controller,   Dimension,  Q®Ë@I. ¯@QÓ €A J¯ ,YªK. Disk device group,    Dimensioning,    Q®Ë@ è@X@ é«ñÒm.× XAªK.B@ I J.K ð@ ­K QªK Disk drive,   Dingbat,  × Q¯ †ñ‚Ó úæ J KQK ¬Qm Disk duplexing,    Diode,   • Q®Ë@ é JJK ùKAJKAÖÞ Diskette,  Diplex, àQ Ó Q¯ Diskfull client,  Dividend,  Q®Ë@ZúÎÓ àñ K.P ÑîD„Ë@ l'.P ,Ðñ‚®Ó Diskless client,  Division,    ø PA« àñK.P ,Q¯ àðYK. àñK.P é҂¯ Q®Ë@ á Ó Division by zero, Q® “ úΫ é҂¯ Diskless workstation, Divisor, Õæ A¯ Disk mirroring,    Q®Ë@ é Kð@QÓ DMA, éKA.ÓA.KX Disk operating system,   Q®Ë@ á ÓÉ Jª ‚ ÐA¢  DNS, €A.KA .KX Disk partition,   Q®Ë@ á Ó Õ愯 Docbook, ‡J Kñ JË@HAJ» Disk path,  . Q¯ PA‚Ó Dock, ZAƒP@ Disk striping, Docking station,    I. J»QK èY«A¯ Disman, Document, YJ ‚Ó Dismiss, Documentation,  XAªK. @ ,ÈQ« ‡J Kñ K Dispatch, Documentor,  XA® K @ ‡K ñÓ Display, Q « Dollar, PBðX Display device, Q ªË@ PA êk. Do loop, P@QºJË@ é®Êg Display Report, Domain, †A ¢ Display report,  Domain address,  QK Q®JË@ Q«@ É®mÌ'@ à@ñ J «,ÈAj. ÖÏ@ à@ñ J « Display standard, Domain architecture,  ÈAj. ÖÏ@ èPAÔ« Display terminal, Domain calculus, Q« ¬@Q ¢Ó Dissertation, I jJÓ, ékðQ£@ Domain engineering, Ï   . ÈAj. Ö @ éƒYJë Dissipation, XYJ.K Domain maturity, ÈAjÖÏ@ i’  Dissolve,  . . éK.@X@ Domain model, Distance,   é¯A‚Ó,ɓA¯ ,†PA¯ Domain name, ÈAjÖÏ@ Õæ @ Distinct, . Q ÜØ Domain selection, ÈAj. ÖÏ@PA JJk @ Distort,   Domain-specific language,  Z@ñJË@ , èñ‚ XYm× ÈAm.× éª Ë Distribute,  Domain theory,  ¨Pð ÈAm.× é KQ¢  Distributed, ¨Pñ Ó Dot, 颮K Distributed database,    é«Pñ Ó HA KA JK. èY«A¯ Dot address, éJ¢®K éKñ J « ,ù¢®K à@ñ J « Distributed file, ¨Pñ Ó ­ÊÓ Dot file, ù¢®K ­Ê Ó Distributed memory,   Dot matrix printer,    é«Pñ Ó èQ»@X A®J Ë@ é¯ñ®’Ó éªK.A£ Distributed system, ¨Pñ ÓÐA¢  Dot notation,    ù ¢®K I KñJK Distribution, © KPñ K Dot pitch, 颮J Ë@ èñ ¢k Distribution list,    © KPñ JË@ éÖßA¯ Dotted, ¡®J Ó Distributive lattice,    Dotted quad,  Q« ,ù ª KPñK ½K.Aƒ ùª KPñ K Double, Distributor,  ­«A’Ó ¨Pñ Ó Double click, àA KQ ®K Dither,  Double-click,  ù Òëð É JÊ¢ Ag. XðQ ÓQ®J K Dithering, à@ñ ËB@ HA J.K Double density,    Diverge, ék. ðXQÓ é¯AJ» Double-duplex, hðXQ Ó øñJ JÓ Divergence,   . h. @Q®K@ ,Y«AJ.K,†@Q®K@ Double-ended queue, ðX ­“ ,á JKAîE ðX PñKA£ Divergent,   . úk@Q®K@ ,ø Y«AJ.K á J KAîE Divide,   . Double-precision,  é҂¯ †YË@ h. ðXQ Ó Double quote,    Dual-partition,    ék. ðXQ Ó €AJ.J¯@ éÓC« éÒ J‚®Ë@ ùKAJK Doubly linked list,    Dual ported, á ¯Q¢Ë@ á Ó éËñ“ñÓ éÖßA¯ Down,  Dual-stack,   BðQ K éƒYºË@ h. ðXQ Ó, éÓñºË@ h. ðXQ Ó Download, Dumb, É KQK èñJªÓ Downloading, Dumb Terminal, É KQJË@ øPAg. èñJªÓ ¬@Q¢Ó Downstream,  Dummy,   PA JJË@ úÍðQ K,H. A J‚B@ úÍðQ K YÓAë ,úæ•@Q¯@, é JÓX Downtime,  ­J ¯ñJË@ á ÓP Dump, hQ£ Down-time,   Duplex, É Jª‚Ë@ ¬A® K @ á ÓP h. ðXQ Ó Downward closed, Duplicate..., ...pA‚ Jƒ@ Dpi,    Duplicate, é“ñJ.Ë@ ú ¯ 颮K PQºÓ  Draft, èXñ ‚Ó Duration, Ð@ðX , èY Ó Drag, I. m Dword, Drag-and-drop, Dyadic, Drag and drop,   Dynamic, HC¯@ ð I. m ú »Qk Dragging, I. kAƒ ,I. m Dynamic adaptive routing, Drag-n-drop, Dynamically scoped,  Drakconf, Dynamically typed, AJºJÓAJ KXHñJºÓ . Draw, ñ“ ,Õæ P@ Dynamic analysis, ú×AJ KXÉ JÊm' Drawer, Dynamic binding, Drawing, Dynamic database management system, Õæ P    ÐA¢ Drawing Area, Õæ QË@ 鮢J Ó ú×AJ KYË@ HA KA JJ.Ë@ èY«A¯ èP@X@ Draw object(s), Dynamic link,

Drive, @Q¯@ ¼Qm× Dynamic link library, Driver, †@ ñƒ Dynamic random access memory, Driver kernel, ‡KA ‚Ë@ è@ñ K Dynamic routing, ú¾ JÓAJ KX é Jk. ñK Drop, Dynamic scope, Drop cable, Dynamic scoping, Dropdown, Dynamic translation,    È@Y‚@ é JÓAJ KXYJʂQK Drop-down arrow, Dynamic typing,    È@Y‚@ ÑîD ,ÈY‚ÓÑîD é Jº JÓAJ KX éK.AJ» Drop-down list,    È@Y‚@ ém'B, éËY‚Ó ém'B Drop-down menu, éËY‚ Ó éÖß A¯ E Droplets, H@Q ¢¯ Eager evaluation, Drop on the floor, Earliest deadline firs, Earliest deadline first,   Drugged, Bð@QºK.B@ ú支B@Y«ñÖÏ@ Druid, Echo, øY“ Dry run,   Echo cancellation, øPAJ.Jk@ É Jª‚ øY’Ë@ZAªË@ Dual, E-commerce,     h. ðXQ Ó é JKðQºËB@ èPAj. JË@ Dual-attached, E-ddress, Dual boot,  Edge,  hXðQ ÓÉ Jª ‚ é¯Ag . Edit,  Dual head, €@QË@ h. ðXQ Ó QK Qm' Dual-homed, Edition,   ÈQ ÖÏ@ úæ JÓ éªJ.£ ,QK Qm' Editor, PQ m× Ellipsoid, újÊ JÊë@ Editor pane, Else, . Editor panel, PQjÖÏ@ ékñË E-Mail, E-dress, Email,  úGðQºË@ Y KQK. Edu, E-mail,  ùÒ JʪK ,øñK.QK úGðQºË@Y KQK. Education,   E-mail address,  é JK.QK úGðQºË@ Y KQK. à@ñJ« Education contact,  Email attachement,   ú¯ éʓ ,øñK.QKÉ ƒ@QÓ úGðQºË@Y KQK. ‡¯QÓ Q  Embed,  ø ñK. Ë@ ©JÒj. ÖÏ@ á Ғ Edutainment,   Embeddable,    ø ñK.QK é J¯QK PAÒ¢C ËÉK.A¯ ,QÒ¢ÊËÉK.A¯ Effect, Q KAK ,QKñ Ó Embedded, á Ò ’ Ó Effective computable, Embedded system, PñÒ¢ÓÐA¢  Effective number of bits,  Embedding, ÈAª®Ë@ IJ .Ë@XY« PAÒ¢@ ,QÒ£ Effects, H@Q Kñ Ó Embosser, Y‚m× ,Õæ„m× ,P QÓ Efficiency,  . . . é«Am.' Emoticon, ékð Eigenvalue,      . é JK@ X éÒ J¯ , é¯ñ®’ÖÏ (úG@X) Q ÜØ PYg. Emphasis, Eigenvector,    úG@X I Ó,Q ÜØ I Ó Empty, ¨PA ¯ Eigenvectort,   Qj®J  K Q¢ @ Empty element tag, Eight-bit clean, Emulate, èA¿Am× Eight queens problem, Emulation, èA¿A m× Eight queens puzzle, Emulator, ú»Am× Eighty-twenty rule,   àðQå „ªKñ KA ÒJË@ èY«A¯ Enable, á ºÖß Eject,  ¬Y¯@ Enabled, á ºÜØ ,hñ‚® Ó El(alpha), Enabling,  á ºÖß ,i‚¯ Electronic, Q Encapsulated Postscript,   ú Gð ºË@ ­ÊªÓ IKQj’J‚« Electronic commerce, éJKð QºËB@ èPA jJË@ Encapsulation,  .  ­J ʪK Electronic data interchange, HA KA J K. ÈXA J. K Enclosure, ­ ʪ Ó Q Encode,  ú Gð ºË@ Q ÓQK, Q ÓQK Electronic funds transfer, Q  Encoder,  ú Gð ºË@ È@ñÓ@É®K Q ÓQK è@X@ Electronic funds transfer system,  Encoding,  É®KÐA¢ Q ÓQK úGðQºËB@ È@ñÓB@ Encrypt,   Electronic magazine,    é JÒªK é JKðQºË@ éÊm.× Encrypted,  Electronic mail,  Q®‚Ó úGðQºË@Y KQK. Encryption, Electronic mail address,  úGðQºË@Y KQK. à@ñJ« End,  Electronic meeting,   ÐAJk úGðQºË@ ¨AÒJk. @ Endl, Electronic whiteboarding, Endless, Element, ùKAîE B ,øYK.@ Qå”J« Endless loop,    Elephant, é JëAJJÓB é®Êg É J¯ Endnote, Elevator controller, End of file,  Eliminate, ­ÊÓ é KAîE Endpoint,    Elite,  é KAîDË@ 颮K ZAêk. ð ,àA J«@, éJ.m' End tag, Ellipse, i. JÊë@ End-user,  ù KAîEÐYjJ‚Ó

Engage, Error correcting memory, A¢m Ì'@ éjj’Ó èQ »@X Engine, Error detection and correction,  ¼Qm× ð ¬A ‚  »@ Engineering,   éƒYJë ZA¢kB@ iJ j’ Enhanced parallel port,  Error handling, A¢m Ì'@ émÌ'AªÓ YJ‚Ó ø P@ñJÓ Y®JÓ . Enhancement, á ‚m' Error indicator, A¢k Qå ñ Ó Error message,  Enlarge, QJºK A¢k éËAƒP . Error recovery,  Enlargement, Õæj ’  ,pA® JK@ A¢mÌ'@ YªK. iJ j’ Escape, Enter, ÈñkX ñÊmÌ'@ Enterprise,  Escape character, Ì × Y KYg. ¨ðQå„Ó(úΫÈAJ.¯@ ) ñÊm '@ ¬Qm Entertainment, Escape sequence, é J¯QK Entity, àA J» Escrow, Esim, Entity-relationship diagram, Entity-relationship model, Essential complexity,   ú æ Aƒ@Y J®ªK Entries, HA KA g Eta abstraction, Entropy, Eta conversion, Entry, éÊgY Ó Eta expansion, Enumerated type, XYªÓ ¨ñK Eta reduction, Enumeration,  E-tex, ZA’k@ ,X@YªK Envelope, Ethernet, ¬C«,¬Q£  Environment,  Ethics,  éJ K. †CgB@ ÕΫ ,H. @X@ , AJ.’@ ,Èñ“@ Environment variable,  Evaluation,    éJ K. Q ª JÓ Õç' ñ®K,á ÒJK,á Òm' Ephemeral, Evaluation strategy, ù ÖÞñÓ Ephemeral port, ùÖÞ ñÓ Y ® J Ó Evaluator, Episode, Event, HY g Epoch,  Event-driven, H. A‚mÌ'@ ZYK. t' PAK  Epsilon, àñ ʂ@ Every, É¿ . Evolutionary algorithm,    Equal, ÈXAªÓ ,ðA‚Ó é KPñ¢ é JÓPP@ñ k Evolutionary computation, Equalizer, ÈXAªÓ Evolutionary programming,    Equation, éËXAªÖÏ@ é KPñ¢ ém.×QK. Evolution strategy,      Equational logic, é KPñ¢ é Jm.'@Qƒ@ Equipment, H@ YªÓ Exa-, Equivalence class, éJ ¯A¾ Ó ­ J “ Exabyte, I KAK.A‚»@ Equivalence class partitioning, Exact, ÐAK Equivalence partitioning, Example, ÈAJÓ Exception,  Equivalence relation, ñ ¯A¾ JË@ é¯C « ZAJ Jƒ@ Equivalent, ú ¯ A¾Ó Exception handler, Era, Exceptions, HA KA J Jƒ@ áÓP  Erase, i‚Ó Excercise, áK QÖß Ergonomic, ÉÒªË@ HA JJ K Excl, . Exclamation mark,    Error, A¢k I. j. ªJË@ éÓC« Exclamation point,  Error-based testing, É JÊîE éÓC« Exclude, úæ J‚ Extend, YKYÖß  Exclusive OR, : éÒ¢ J Ó
Ë@ Extended, Executable, Extended memory,   øY J®J K 骃ñÓ èQ»@X Executable content, Extended memory manager, øY J®J K øñJm× Executable file, Extensible,  øY J®J K ­ÊÓ Y KYÒJÊËÉK.A¯ Execute, Y J®J K Extensible database, Execution, É Jª®K Extension, X@YJÓ@ Executive, øY J®J K Extensional, Exhaustive testing,    Extensional equality, ÉÓAƒ PAJ.Jk@ ,‡ÒªÓPAJ.Jk@ Exist, úk ,Xñk. ñÓ Extensionality, Existential quantifier, Extent, Existing, External,  Xñk. ñÓ é Jk. PAg Exit, External data,  h. ðQk é Jk. PAg HA KA JK. Expand,  External memory,   © JƒñK é Jk. PAg èQ»@X Expanded,    Extra, ©ƒñÓ,YJÜØ ,†A¢JË@ ©ƒ@ð ú¯A“@ Expanded memory,   Extract,  骃ñÓ èQ»@X h. QjJƒ@ Expanded memory manager, Extranet,  I K@Q‚»@ Expanded memory page frame, Eyedropper, I ’JÓ ,€ñƒAg. Expansion, © JƒñK E-zine, à P@ Expansion card,   骃ñK é¯A¢. Expansion slot,    © JƒñKI. ®ƒ F Expect,    Facsimile,     ©¯ñK,I. ®KP@ ɓB@ ‡J.£ éj‚  Expected location,    I. ®KQÖÏ@ ©¯ñÖÏ@,I. ®KQÖÏ@ àA¾ÖÏ@ Fact, éÓñÊªÓ ,©¯@ð Expert system, Q J.k ÐA¢  Factor, Expire,    Factorial,  é JkC’Ë@ 钮K@ H. ðQå”Ó Explicit parallelism, Factor of proportion, IƒAJ KÉ ÓAªÓ Explicit state,   . : é¢ ¯AjÖÏ@, é KBð
Ë@ Factory, ÉÒªÓ ,©J ’Ó Explicit type conversion, Fade, ÈðA ’  Exploit, èQ ª K Fail, ɂ¯ Explore, ¨C¢ Jƒ@ Failback, Exponent, Failfast, €@ Exponential, úæ @ Failover, ɂ® Ë@ PðA m' Exponential notation,     . é J® KQ«@ é J® JƒñÓ Pñ ÓP Failover resource,   Failure, éÖß Y¯ ɂ¯ Exponential-time, úæ @ á ÓP Failure-directed testing, Exponential-time algorithm,  á ÓQ Ë@ é Jƒ @ÐPP@ñ k Failure fencing, Export,  Fall back,    QK Y’ ©k. @QË@ éËAg ú¯ ÉmÌ'@ ,Zñj. ÊË@ Exporting, Fallback,    PY’Ó ©k. @QË@ éËAg ú¯ ÉmÌ'@ ,Zñj. ÊË@ Expression, QJªK Fallback procedure,  . ©k. @QË@ H@Z@Q k. @ Expression tree, Fall forward, Expunge,  I. ¢ƒ Fallout, ¡®ƒ Fall over, Field separator, Èñ®k ɓA¯ Fall through, Fields involved, é£PñJÖÏ@ Èñ®mÌ'@ Fall thru, Fiery, False, FIFO,  Bð@ h. PAg ,Bð@Ég@YË@ Farkled, Figure, ɾƒ Farm, é«PQ Ó File, ­Ê Ó File compression, Fast, © KQå ­ÊÓ¡ª “ Fatal,   File control block,      hXA¯ ,ÉKA¯ HA®ÊÖÏAK. ÕºjJË@ èQ»@X éÊJ» Fatal error, hXA¯ A¢k File descriptor, ­Ê ÖÏ@ ­“@ð File descriptor leak,  Fatal exception, ­ÊÖÏ@ ­“@ð H. Qå„ Fat binary, File extension,   ­ÊÖÏ@ èX@YJÓ@ Fat client, File name, ­Ê Ó Õæ @ Fault, ¡Ê« ,¨Y“ Filename, ­Ê Ó Õæ @ Fault-based testing, Filename extension,  ­ÊÓ Õæ @ X@YJÓ@ Fault monitor, File permissions, ­Ê Ó àð X @ Fault tolerance,  Files, A¢jÊË éK.Aj. JƒB@ HA ®ÊÓ Fault tolerant, File server,  HA®ÊÓÐXAg Fault tree analysis, File signature, ­Ê ÓZA’ Ó@ Faulty, ¡Ê« ,¨ðY’Ó File system, HA ® ÊÖÏ@ÐA¢  Favorite,  Filesystem,   I . jJÓ,ɒ®Ó HA®ÊÓÐA¢ Fax, »A¯ File transfer, ­Ê ÖÏ@É®K Feasible, File type, ­Ê ÖÏ@ ¨ñK Feature,  Filing system, èQ Ó Feature creep, Fill, ZÉÓ@ Feed,   Fillcolor, Õæ ®ÊK ZCÓB @ àñË Feedback, ɪ¯ XP Fill-out form, Feedback control, Filter, l  QÓ Feed-forward, Filtering,   iJ ƒQ K, é J®’ Feeper, Filter promotion,    l QÖÏ@ é J¯QK Femto-, Finalize,   ÈAÒ»@ ,ÐAÖß @ ,ÐAJJk@ Fence,  Financial, i. Jƒ ,‡KA« úÍAÓ Fetch, Find,  I. Êg. (úΫ) PñJ«, I m'. Fetch-execute cycle, Fine grain,   ‡J ¯X I. k Fetchmail, Fine-tune,    é® J¯X é®Ë@ñÓ Fiber optics,   ¬A JËB@ HA KQå”. é JJ ®K ,ÐñÊ« Finger, úΫɒm' Fibre optics,    Finish,  ¬A JËB@ HA KQå”. é JJ®K ,ÐñÊ« ÈAÒ»@ ,ÐAÖß @ ,ZAîE@ Field,  Finite,  É®k ù ëAJJÓ Field mouse, É®mÌ'@ èP A¯ Finite automata, ùëAJ JÓ é»QmÌ'@ ùKA ®ÊK Field-programmable gate array, Finite differencing, Field-replaceable, Finite state machine, Fields,  Firebottle,     Q k    Èñ®k (éƒA‚Ë@ ú ¯ HAKð ºËB @ ) l.. AK èPðPA¯ Firefighting, PAJ Ë@ éÓðA®Ó Flat file, Firewall, øPAKP@Y g. Flatten, Firing,  †C£@ Flat thunk, Firmware, Flavor, †@ Y Ó,Ѫ£ , éêºK Firmy, Flavorful,   †@YÒÊK. úæ ÊÓ, éêºJ ÊK. úæ ÊÓ First class module, Flip,

First customer, ÈðB@ àñ K.Q Ë@ Flip-flop, First generation computer, Float, ÈðB@É Jm.Ì'@ H. ñƒAg Qk First generation language,  ÈðB@É Jm.Ì'@ éª Ë Floating head, First in first out,  Floating point, Bð@ h. PAg ,Bð@Ég@YË@ First-in, first-out, Floating-point,   Bð@ h. Qm' Bð@Ég@YË@ éÖßAªË@ éʓA®Ë@ First normal form, Floating-point accelerator,

First-order,   Q Floating-point arithmetic, ék. PYË@ ú Íð@,I.  K Ë@ úÍð@ First-order logic,   Q    Floating point underflow,  ø ð@ ‡¢JÓ,I.  K Ë@ ú Íð@ ‡¢JÓ ék. PYË@ Floating underflow, Fit,  I. ƒAJK Float (verb), ñ® £ Fit-to-window,    èY¯AJÊË ù®¯@ñK Flood, †Q « @ Fix, hC“@ Floor, ‡K A£ ,PðX Fixed,         . iJ ʒJË@ IK.AK ,iJ j’JË@ IK.AK,I.JÓ Floppy, àQ Ó Fixed disk,    I. JÓ Q¯ Floppy disk, àQ Ó Q¯ Fixed Font,   IK.AK¡k Floppy disk drive, éKQ ÖÏ@ @Q¯B@ ¼Qm× Fixed point, Floppy drive, àQ Ó Q¯ ɪ ‚Ó Fixed-point,    éʓA®Ë@ IK.AK Floptical, ùKñ “ àQ Ó Q¯ Fixed point combinator, Flow, àA KQk ,‡¯X Fixed width,   . IK.AK Q« Flow analysis, ‡¯Y JË@ÉJÊm' Fixed-width,   IK.AK Q« Flow chart, àA KQ k ¡¢m × Fixed width font,   . QªË@ IK.AK¡k Flowchart, ‡¯Y JË@ éÖß A¯ Fixpoint, Flow control,      àA KQm.Ì'@ éJ.¯@QÓ,‡¯YË@ éJ.¯@QÓ Flag, « Flower key,    ÕÎ (€ñ JJ» AÒÊK. Ag) èXPñË@ hAJ®Ó Flamage, Flow of control, Flame, Flush, Flame off, Fly page, Flamewar, Flytrap, Flaming, Focus,  èPñ K. Flap, Focus group, Flapping router, Fold, Flash,  ‡K QK. Fold case, Flash memory,  Folder, YÊm.× Flat, i¢‚Ó Follow-on bus, Flat address space, Follow-up, Flat color, Font, ¡k Fontwork, ñ¢m Ì'@ ÉÒªÓ Forwards compatibility, Foo, Forwards compatible, Foobar, Foundation,  邃ñ Ó , ƒAK Foogol, Four-colour glossies, Footer, Four colour map theorem, Foot-net, Four colour theorem, Footnote, Fourier Analysis,  Q  KPñ¯ É JÊm' Footprint, Fourth generation computer, É Jm.Ì'@ H. ñƒAg For, ©K.@QË@ Fourth generation language,  Fora, ©K.@QË@É Jm.Ì'@ éª Ë Force,     Fourth normal form, èPY®Ë@,ñ®Ë@ Forecast,   Fractal, ©¯ñK ø Pñ‚» Foreground,    Fractal compression, ékñÊË@ é JÓAÓ@ ,Q¢ J ÖÏ@ é JÓAÓ@ øPñ‚» (Pñ“) ¡ª“ Foreign key, Fractal dimension, ø Pñ‚»YªK. Fork,   Fraction, ©‚ ,h. @Q®K@ Q儻 For loop, Fragile, I. ¢ªË@ © KQå Form, ɾƒ , èPA ÒJƒ@ Fragment, èQå „» Fragmentation,   Formal argument, éKQ m.' Formal methods, Frame, PA£@ Frame buffer, Formal parameter, úξƒ ¡‚ Ó PA£B @ à@ñ“ Formal review, Frame grabber,   H@PA£B @¡®JÊÓ Format,  Frame pointer, éJ JîE Format (noun), (à Q m × ,­Ê Ó) éJ Jë ,(‘) ‡‚  Frame rate, PA£B@ÈYªÓ Frame relay,  Formatted, úæ êÓ,¨A ’Ó PA£B@É J®J K Frame set,  Formatting, H@PA £@ Õ®£ Format (verb),     Frames per second,   (àQ m× ,­ÊÓ) éJ JîE ,(‘) ‡J ‚K é JKAJË@ ú ¯ PA£@ Form factor, Framework, ɾ Jë Form feed, Framing specification, Formula,  Free, éª J“ Qk Formulas, Free disk space, Free software,  Forum, øYJJ Ó èQk HA Jm.×QK. Free space,   Forward, ÐAÓB@ úÍ@ é«PA¯ ékA‚Ó Free variable,  Forward analysis, ‡J Ê£ ù ª JÓ,Qk ù ª JÓ Freeware,  Forward chaining, èQmÌ'@ l×. @Q.Ë@ Freeze,  Forward compatibility, ,úÎ J ® J ‚ ÖÏ@ ‡K A ¢ J Ë@ Y JÒm.'  . . Frequency,    úÎJ.®J‚ÖÏ@ÐAj. ‚B @ QK@ñK ,XXQK Forward compatible, J®J‚Ó,‡¯@ñ JË@ J®J‚Ó Frequency division multiple access, ú Î. ú Î. ÐAj. ‚B @ Frequency division multiplexing, Forward delta, Frequently asked question,   éK.ñk. @ ð éÊJƒ@ Forward engineering, Friction feed, Forwarding, Frobnicate, Front-end, Future date testing, Front end,   Fuzzy, é JÓAÓ@ é KAîE ÑîD.Ó ,úGAJ.“ Front-end processor,  Fuzzy computing, .   ÈA’CË¡ Jƒð lÌ.'AªÓ é’ÓA« éJ.ƒñk Fuzzy logic,  Front side bus, úGAJ.“ ‡¢J Ó Frotzed, Fuzzy subset, .   é’ÓA« ú «Q¯ èQÓP Fry, Fuzzy translation, (úæ ªÖÏ@) é’ ÓA«Y JʂQ K FTP, ¨èX Fuzzy variable, Fudge factor, Full, ÉÓA¿ G Full-custom, Gadget, Full-duplex, Gallery, Q ªÓ Full-duplex Switched Ethernet, Game,  éJ.ªË Full-motion video,  Ì Game tree, é»Qm '@ ÉÓA¿ ù KQÓ Full outer join, Gamma, AÓAg. Full pathname, ÉÓA¿ PA‚Ó Õæ @ Gamma correction, Full screen, éƒA ‚Ë@ZÉÓ Gamut, Fully associative cache, Gantt Chart, I KA g. ¡¢m× Fully lazy lambda lifting, Gap,     ¨@Q¯ , èñm.¯ , èQª K Function,  Garbage,  éË@X HC ’ ¯ , é KA®K Functional, Garbage collect, ù ® J£ð Functional database, èY «A¯ , éJË@X HA KA JK èY «A¯ Garbage collection,   . é JK@Q¯@ HA KA JK. Gas, PA « Functional dependency, XAJ®K@ , éJ® J£ð éJªKAK Gas plasma display,     . é JÓPCK. Q« éƒAƒ ù® J£ð Gate,  Functionality,    éK.@ñK. é J® J£ñË@ é KXAJË@ Gated,  Q  Functional language,   éK.@ñK. .« PAÓ é J® J£ð éª Ë Gateway,  Functional program, éK.@ñK. ù® J£ð l×. AKQK. General, g Functional programming,   úÍAÔ . @ ,ÐA« é J® J£ð ém.×QK. Generate,  Functional programming language,   Y JËñK ém×QK éª Ë Generation,  . . É Jk. ,Y JËñK é J® J£ð  Generator,  Functional requirements, ÐðQ Ë, éJ® J£ð C¢JÓ Y ËñÓ  Generic, ÐA« é J® J£ð Functional specification,   Generic identifier, ÕæÔ« ¬QªÓ é J® J£ð 鮓@ñÓ Genericity,  Functional testing,  é JÓñÔ« ù® J£ð PAJ.Jk@ Generic markup, Functional unit,   é J® J£ð èYgð Generic programming,   Function application,    é‚ Jk. ém.×QK. é® J£ð ‡J J.¢ Generic resource, Function call,   ÕæÔ« XPñÓ é® J£ð ZA«YJƒ@ Generic thunk, Function key,   é® J£ð hAJ®Ó Generic type variable, Functor, ¨ñJ Ë@ ÕæÔ« ù ª JÓ Genetic algorithm,    Furniture,   é JK@Pð é JÓPP@ñ k HAK@ Genetic programming file,   Fusion,     úG@Pð ém.×QK. ­ÊÓ PAîD” @ , é«AÓ@ , éËAƒ@ , éK.@X@ Genre, Geographical, Grammatical inference, ú¯@Qª k. Geometric, Graph, ú æ YJë àA JJ.Ó Geometry, éƒYJ ë Graph colouring, Gesture,  Graphic, é»Qk ú GA JK. Get, Èñ’k Graphical, ú×ñƒP Ghost,  Graphical user interface,   ÉÒêÓI. K𠩯ñÓ ,q‚ K é JÓñƒP ÐYjJ‚Ó éêk. @ð Giga-, Graphics, HA JÓñƒP Gigabit, Graphics accelerator,  úGA JK. ¨Qå„Ó Gigabyte, I KAK.Aª J« Graphics adapter, Gigaflop, Graphics adaptor, Glass, Graphics card,  HA JÓñƒP é¯A¢. Glass box testing, Graphic workstation, Glitch,   Graph plotter, éÊ« , éJ.KAƒ Global, ú×ñÔ« Graph reduction, Global device, Graph rewriting system, Global index, Gravel, Global interface,     éÒ JÔ« éêk. @ð , é JËAÔg. @ éêk. @ð Gray, Globalisation, Gray code, øQk. PA ÓP Global resource, Gray-scale,  ú×ñÔ« XPñÓ øXAÓQË@ h. PYJÓ Global variable,   Grayscale,  ú×ñÔ«Q ªJÓ øXAÓQË@ h. PYJÓ Glue,  • Gray-scale image,    †A’Ë ,Z@Q«,©ÖÞ ø XAÓQË@ ék. PYJÓ èPñ“ Glue language, Greater, á ÓÑ¢ «@,á Ó Q.»@ Glyph,   é KQ ÓQË@ èPñ’Ë@ Greater or equal, ðA‚Ó ð@ á Ó Q.»@ GNOME, Greater than, ÐñJ Jk. á Ó Q.»@ GNU, Greatest common divisor,   ñJ k. Ñ¢ «B@ ¼Q‚ÖÏ@ Õæ A®Ë@ Go,  ‡Ê¢@ ,I. ëX@ Greatest lower bound, Goal, Y’®Ó,¬Y ë Greedy, èQå Go gold, Greedy algorithm, Gold, Green, I. ëYË@(àYªÓ) Qå” k @ Golf ball printer, Green lightning, Gopher, Green monitor, Gorilla arm, Grey-scale, øXAÓQË@ PY JÓ Gorp, Grick, Go voice, Grid,  éº J.ƒ GPL, üªk. Grok, Grab,  ‘ J.¯ Gronked, Grab handle, Group,  HA «ñÒm.× h. , é«ñÒm.× Gradient,  Group attribute,   h. PY K é«ñÒm.× é®“ Grain,  Group identifier,  I. J.m' é«ñÒm.× QªÓ Grammar, Y«@ñ¯ Group object, Grammar analysis, Groupware, Growth, Ñj ’  ,ñÖß Hard coding, Grunge, Hard copy,    é J¯Pð éj‚ Gry, Hard disk,  I K.AK Q¯ Gtk,  Hard disk drive,   ½Jk. I. ʓ Q¯ †ñ‚Ó Guaranteed scheduling, Hard drive,  I. ʓ Q¯ Guard, €PAg Hard limit, øñ¯ Yg Guess,  Hard link,   á Òm' éJ.ʓ éʓð Guest, Hard link count,   ­J “  ¡.@ðQË@XY«, éJ.ʒË@¡.@ðQË@ Y« GUI, éJÓñƒQË@ÐYj J‚ÖÏ@ éêk@ð éJ.ʒË@ . Hard linking,  Guide, É JËX I. ʓ ¡.P Guideline, H@XA ƒP@ Hard return, Hard sector,  Guru, ðPñ« I. ʓ ¨A¢¯ Gutter, Hardware, XAJ« Hardware circular buffer, Hardware handshaking,  H øXAJ«ÈA’@ Y J»AK Hack, ¼Aë Hard wrap, Hash,  Hacker, Q»Aë Y JJ.ÊK Hack value, ¼AêË@ éÒJ¯ Hash bucket,  Hash character, Hair, Y®ªÓ,‘ ÓA« Hairy ball, Hash coding, Haiti,  Hash collision, úæ KAë  Half-duplex, ' Hash function, éK Q m' éË@X èAm. B@ ø XAg@ . Half-Sphere, èQ » ­’  Hashing, Halftone,   Hash table, é J®’ é«AJ.£ Halfword, éÒÊ¿ ­’  Hassle, h. A«P@ Halt,   Hatching, á   ¬A® K @ ,†C«@ ¯QK Halting problem,      Head, ­¯ñK éʾ‚Ó,¬A® K @ éʾ‚Ó Handbook,  Header,   I.  J» é‚ ðQK Handheld, Header file,  Q Y JËAK. ÈñÒm× é‚ ð Ë@ ­ÊÓ Handle, Qå ñ Ó Heading, Handle (noun),  Head normalisation theorem, ‘ J.®Ó Handler, Èð@YÓ Head-strict, Headword, Handle (verb), ÉÓAªK Handout,   Heap, H. ñJºÓ, éjJÓ Handshake,    Heartbeat, Iʯ é’ JK ÈA’B @ éÓA¯@ . . Handshaking,      Heat sink, èP@Q k é«ñËAK ÈA’¹»ï@ éÓA¯@ ,ÈA’¹»ï@ Y J»AK . Hang,   Heat slug, ‡J ʪK Heavy metal, Haptic, ÒÊËAK ‡Ê ªJÓ ,úæ„ÖÏ . Heavyweight,  Haptic interface, éJ‚ÖÏ éêk@ð àPñ Ë@É J®K . Height,  Hard code, ¨A®KP@ Hard-coded, Hello packet, Hello World, Histogram,   ÕËAªËAK. C ë@ ø P@QºK h. PYÓ ,ú j. J‚ ú GA JK. Õæ P Hello, world, ÕËAªË@AîE @,AJ.kQÓ History, t' PAK Help, èY «A‚Ó Hit, Hit rate,  Henry, éK.A“B@ ÈYªÓ Here document, Hog, Heterogeneous,  Hole,    Aj. JÓ Q « éjJ¯ ,I. ®K Heterogeneous network,   Home, é‚Aj. JÓ Q « éºJ.ƒ ÈQÓ Heterogenous, Home box, Aj. JÓ Q « Heuristic,  Home directory, é J.‚» úæ„ JKP É JËX Heuristics testing,   Home page,   é J.‚ºË@PAJ.Jk@ é K@YJ.Ë@ éj®“ Hex, Homepage,   I ƒ é J‚ KP éj®“ Homogeneous, Hexadecimal, øQå„« I ƒ Aj. JÓ Hexidecimal, Homogeneous environment,   鮃AJ JÓ éJ K. Hibernate, Homogenous,  HA J.ƒ Aj. JÓ Hidden, úæ Jm × ,ù® m × Homomorphism, Hidden file,. Hook,   ù®m× ­ÊÓ á KðQË@ ú¯ é¯A“@ ©“ñÓ Hide, Hop, ZA®k@ Hidef, Hopping,

Hierachy, ú×Që Horizontal, ù®¯ @  Horizontal application,    Hierarchical, øQm. ù®¯@ ‡J J.¢ Hierarchical database,     Horizontal encoding,   é KQm. HA KA JK. èY«A¯ ù®¯@ Q ÓQK Hierarchical file system,  Horizontal line,  øQm. HA ®ÊÓÐA¢  ù®¯@¡k Hierarchical navigation,   Horizontal loop combination, øQm. i®’ Horizontally,   Hierarchical routing, ú×Që é Jk. ñK A J®¯@ Hierarchy,   Horizontal microcode, èQm. High, ©® KQ Ó ,úÍA« Horizontal scan rate, ù®¯ B@ i‚ÖÏ@ÈYªÓ Horizontal tabulation,    High colour, à@ñ ËB@ úÍA« é J®¯@ éËðYg. High definition, Host, Y KYjJË@ úÍA« ­J ’Ó High density,  Host adaptor,  é¯AJºË@ úÍA« ­J ’ Ó úæ êÓ Higher-order function,    Host bus adapter,  éJ.KQ Ë@ é JËA« éË@X ­J ’ÓɯAK ú¾Ó Higher-order macro, Host computer, ­J ’ÓH. ñƒAg Highest,   Host-host layer,  éÒ J¯ úΫ@,úΫ·»ï@ ­J ’Ò® J’Ó é®J.£ Host name, High-level language, úÍAªË@ øñJ‚ÖÏ@ éª Ë ­J ’ ÖÏ@ Õæ @ Highlight, Hostname, P@QK . @ ­J ’Ó Õæ @ High light, Host number,  P@QK . @ ­J ’ÖÏ@Õ¯P Highlighting,  Host-resident,  P@QK . @ , éKAK. @ ­J ’ÖÏ@ úΫ Õæ ®Ó High memory area,    Hot Key,    é JËA« èQ»@X 鮢J Ó hAJ®ÖÏ@ úΫ †A®K@ High speed serial interface,     Hotlink, é JËA« é Jʂʂ éêk. @ð á kAƒ ¡.@P  Hotlist,     é«Qå„Ë@  éªKAƒ éÖßA¯ Hill climbing, ÈCJË@ ɂ Hotplug, Hindi,  é KYJ êË@ Hot-plugging, Hot spot, éËAª¯ 颮K Identify, ¬ QªK Hot-swappable, Idle, á »Aƒ Hot swapping,  Ignore, ' ø Pñ¯ É J“ñK ÉëAm. Hour, é«Aƒ Illegal, Hourglass, Illumination,   QK ñJK, éKA“@ Housekeeping,   Illustration,  é KQ ’ m'Q K.@YK Q ‚®K ,iJ “ñ K ,Õæ P ,QK ñ’ Hover, Image, èPñ “ Hover link, Image format,   èPñ’Ë@ éª J“ Html, Image map, HTML,  Image processing, Ì ýGék Pñ’Ë@ ém. 'AªÓ HTTP, ¨èék Image recognition, Hub, Image sequence,    ¨Pñ Ó Pñ“ I. ¯AªK ,Pñ“ ©K.AJK Hue,  Imaging, àñÊË@ h. PYK Humanist technology,    Immediately, ¬YêË@ é JKA ‚@ é JJ ®K Humor,  Immediate version, é¯@Q £ Ég. A«P@Y“@ ,øPñ¯ P@Y“@ Hung, Impact printer, Hybrid, Imperative language,   á j. ë é KPAJ.k. @ éªË Hybrid multiprocessing, á  Implement,  , j. êË@ Z@Qk. B @XYªK á j. êË@ ém.Ì'AªÖÏ@XYªK Implementation, Hybrid testing,  á j. êÓPAJ.Jk@ Implicit parallelism, è@P@ñ ÖÏ@, é J J¯Y Ë@ è@P@ñ ÖÏ@ Hyper, úæҒ Ë@ Hypercube,  Implicit type conversion,  ‡KA¯ ©ºÓ ,úæ Öޕ ¨ñKÉ Kñm' Hyperlink,    •  é®KA¯ éʓð úæÖÞ ¨ñK éËXA J.Ó Hypermedia,  Implies,   é J¢.@QK¡ Aƒð Õæ• ,ÉÖÞ ,øñk Hyperspace, Import,  ù¢.@QKZA ’ ¯ X@Q Jƒ@ Hypertext,  Imported,  ‡KA¯ ‘ XPñJ‚Ó Hyperware,  Importing,  é®KA¯ HA Jm.×QK. X@Q Jƒ@ Hyphenate, Imports, H@XP@ð Impossible,   Hyphenation, I. ª’J‚Ó,É Jj‚Ó Hyphens, ɓñË@ HA ÓC« Imprecise probability, Inactive, Hypotenuse, QKð ÉÓAg Inactive window,   颂 Q « èY¯AK I In-band, Inbox,  Iceland, @YJ ʂ @ XP@ñË@ †ðYJ“ Icon,   Incantation,   éKñ ® K@ èY KñªK Iconic interface,    Inch,  é JKñ ® K@ éêk. @ð é“ñK. ID,  Include, á  é Kñë Ғ IDE,    Include file, éÊÓA¾JÓ QK ñ¢ éJ K. Ideal, úÍAJÓ Include war, Identification, Including subdirectories, ­K QªK Identifier,  Inclusive, é KñêË@ I .JÓ,QªÓ Information highway,    Incoming, XP@ð  麃 ,HAÓñʪÖÏ@ èXAg. Incomparable, HA ÓñʪÖÏ@ ‡K Q£ ,HA ÓñʪÖÏ@ Information overload, Incompatible,   Q ‡¯@ñJÓ « Information superhighway, Increase,     Y«A’ ,Y K@QK ,¨A®KP@ ,PAJ»@ Infrared,  Increment, QÔg@ I m' ?Y KQÓ Infrastructure,    Incremental,  é JJm' é JK. øY K@QK Inheritance, Incremental analysis, Inherited, Incremental backup, HðPñ Ó Inhertence, Incremental constraint solver, Initial,  Incremental update,   ' ùK@YK. ,ùK@YJK. @ øY K@QK I KYm Initialise, Indent,  ék@P@ Initialization,  Indentation, Y JêÖß Initialization file,   Indented, éJ JîE ­ÊÓ Initialize, Indent style,  ék@PB @H. ñʃ@ Initializing, Independent,  É®J‚Ó Initials, Index, €Qê¯ Initiate, Indexing, Initiator, Indicate, Init state, Indicator,   Qå ñÓ,È@X Injection,  Indice, á ®k Inkjet printer, Indirect address,  Q Qå AJ.Ó « à@ñJ« Ink printer,  Indirect addressing,   Q  Q.g éªK.A£ èQå AJ.Ó « éKñJ« Inline, Indirection, Inline image, Induction,  Ì Im '@ Inline template, Inductive inference, Inner, Inductive relation, Inner join, Infeasible path, Inner product, Infect, øYª K Inode, Inference, In-order traversal, Inference engine, Input,  Inference rule, ÉgX Input device, Infimum,  Ì ÈAgX@ PA êk. Ñ¢«B@ úGXB@ Ym '@ Input method,  Infinite, ÈAgXB @ é® KQ£ ùKAîEB Input/output, Infinite loop,   h. @Qk@ ,ÈAgX@ é JKAîEB é®Êg Input side, Infinite set, Inquire,   Infinity,  ÈZA‚ ,Q.jJƒ@ ùëAJKCË@ In row, Infix notation,    úÎg@X I KñJK Inscription, Infix syntax, Insensitive version, Inflate, Insert, Info,  h. @PX@ HAÓñÊªÓ Inserted, Information, HA ÓñÊªÓ ÉgYÓ ,h. ñÓYÓ Insertion point,   Intelligent database,   ÐAm¯B@ éÓC« ú»X HA J¢ªÓ èY«A¯ Insertions, Intelligent key, Insertion sort, Intelligent terminal, ú»X ¬@Q¢Ó Insert mode, Intensional, ÈAgXB @¡Öß ,h. @PXB @¡Öß Inside, Intensity,   úæ£AK. ,Ég@X ,úG@ñk. èYƒ Inside (centered), Interaction, Inspection,     Interactive,  Y®®K,ZA’®J ƒ@ úÍXAJ.K Install,  Interactive development environment, I  J.K Interactivity,  Installable file system, é JÊ«A®K Installation,  Intercept, I  J.K Installed user base, Interchange File Format, Installer,   Interconnect,   I .JÓ É“ð éºJ.ƒ Instance, èQ Ó Interest, Instance method, Inter-exchange carrier, Interface,  Instance variable, éêk. @ð Instantiate, Interface analysis, Instantiation, Interface card, Instant messenger, Interference,  øPñ¯ ÈAƒQÓ Ég@YK Institution, Interlace, Instruction,  Interlaced, éÒ JʪK Instruction mnemonic, Interlaced image, Instruction pointer, Interlacing, Instruction prefetch, Interleave, Instruction scheduling,  Interleaving, HA Ò JʪJË@ éËðYg. Instruction set, Intermediate, ¡ƒñ JÓ Instruction set architecture, Intermercial, Instrument,   Internal,   éË@ é JJ £AK. , é JÊg@X Insufficient, Internal bug, úÎg@X I. J« Integer, iJm• XY« Internal error, g@X A¢k ú Î Integral, l×. YÓ Internal field separator, Integrate, Internal frame, l×. Y K úÎg@X PA£@ Integrated, International, úÍ ð X Integrated circuit, Internationalization, Integrated development environment,  Internet,  é J  K. I KQK@  Ï  Internet address,   ÉÓA¾JÖ @ QK ñ¢JË@ IKQKB @ à@ñJ« Integration, × Internet number,   l. X I KQK@ Õ¯P Integration testing, Internetworking, Integrity, ÉÓA¾K Interoperability, Integrity constrain, Interoperable database, Intellectual property,   é KQº®Ë@ é JºÊÖÏ@ Inter-packet gap, Intelligent backtracking, Interpolation, Interpret, Isomorphism, Interpreted, ® Ó Isomorphism class, Interpreter, Italic, Qå„ ®Ó ÉKAÓ Inter-process communication, Item, Qå”J « Interrupt, Iteration, P@QºK Interrupt handler, Iterative deepening, Interrupt list, Iterator, Interrupt priority level,    ¨A¢®KB @ é KñËð@ øñJ‚Ó Interrupt request,  ¨A¢®KB @I. Ê£ J Intersect, Jag, Intersection,   I. ËA’ ,©£A®K Jam, €YºK,ÐA gP Interupt, Jaz Drive, ékñJ® Ó é¯@ñ ‚Ë@ Interval, Jewel case, Interworking, Jitter,  ék. Qk. P,€A ªKP@ Intranet,  I K@QK@ Job, ɪ ƒ Intuition,  éë@YK. Job control, éÒêÖÏ@ éJ¯@Q Ó Intuitionism,  . é JƒYg Job number, éÒêÖÏ@Õ¯P Intuitionistic logic,  Join, ú æîE YK. ‡¢JÓ ÐAҒ@ Intuitionistic probability, Joint, úΒ® Ó Intuitive, Journal,  ú æ Yg é JÓñ JË@ Invalid, Joy stick, HAªË·»ï@ A’« Invariant, . Joystick, H. AªËB@A’« Inverse, JPEG,    º« èPñ“ éJ JîE i. Jªk Inverse comment convention, Jukebox, Invert, Jump,   º« PðA m.' ,Q ®¯ Inverted index, Jumper, PA ® ¯ , A¢ Invert Selection,   PA JJkB @I. ʯ Jumpstart, Invisible,  Jump table, ù ®k Invoke, ZA«YJƒ@ Jump trace buffer, Involved,  Junction,  PñJÓ éÊ J“ñK I/O subsystem, Junk,   ú«Q¯ h. @Qk@ ,ÈAgX@ ÐA¢ I. J»@Q»,ÐAë Q «, éÓAÔ¯ IP Address, Junk mail,  © K@ à@ñJ« éËAK.PY KQK. IRC, Justification, è@ XA m× Irrational number, Justified, øXA m× Irrefutable, Justify,   é Kñ‚  Isochronous, Just-in-time, I ¯ñ Ë@ ú¯ AÓAÖß Isochronous transfer, Isolated, XQ® J Ó,ÈQ ªJ Ó K Isometric joystick, Kamikaze packet,   é KPAjJK@ éÓQ k Isometry, Kangaroo code,   é KQª J » èQ®ƒ Isomorphic, KDE, ø Y J» KDM, Knowbot,  é¯QªÓ Hñ K. Keep,  Know-how,    ¼QK èQ.g , é K@PX Kernal,   Knowledge,  I. ÊË@, è@ñJË@ é¯QªÓ Kernel, è@ñ K Knowledge base, ¬PA ªÓ èY «A¯ Kernel panic,  Knowledge-based system,  Q«X ,¨A JKP@ é¯QªÖÏ@ úΫ úæJ.ÓÐA¢ Kerning, Knowledge level,  (¬QkB@) ­J ËAK é¯QªÖÏ@ øñJ‚Ó Key, Knowledge representation,   é¯QªÖÏ@É JJÖß Key agreement, Keybind, hAJ®ÖÏ@ AJ.KP@ L Key binding, hAJ®ÖÏ@ AJ.KP@ Label, é®J’Ë Keyboard,  iJ KA ®Ó ékñË Label edge router, Keyboard focus,    ékñË Q »QK ,iJ KA ®ÖÏ@ ékñË èPñ K. Label switched path,  Label switching,  iJ KA®ÖÏ@ HA ª¯QË@É KYJ.K Key (Button), Lag, PP ñ £AJ.K Key-encrypting, iJKA ® ÖÏAK Q® ‚Ë@ Lambda,  . @YÓB Key escrow, hAJ® ÖÏ@ á Ößñ Ó Lambda abstraction, Key field, hAJ® ÖÏ@É®k Lambda-calculus, Key frame, ú æ„ JKQË@PA£B @ ,ú æ AƒB@PA£B @ Lambda expression, Key (Lock), hAJ® Ó Lambda lifting, Keymap control,   hAJ®Ó é¢ Qk Õºm' Lamp-post error, Keypal,   éʃ@QÓ ‡K Y“ Landscape, úæ•Q « Key stroke,  PP 颪 “ Language, éª Ë Keystroke,  PP 颪 “ Language-based editor, éª ÊË@ « úæ JÓPQm× Key word,   úÎ . é JƒAƒ@ éÒÊ¿ Language-sensitive editor, éª ÊÊË €A‚k PQm× Keyword,   é JƒAƒ@ éÒÊ¿ Laptop, ÈñÒm× HñƒAg Keyword in context,     . †A J‚Ë@ ú¯ é JkAJ®Ó éÒÊ¿ Laptop computer, ÈñÒm× HñƒAg Keywords,  . é JkAJ®Ó HA ÒÊ¿ Larges, Kiboze, Laser, PQ Ë Kill,  ÉJ¯ Laser printer, PQ Ë éªKA£ Kill app,  . l×. AKQK. ÉJ¯ Last call optimisation, Killer poke, Last-in first-out,   Bð@ h. PAg ,@Qk@Ég@YË@ Kilo-, Ê J» Latch, Kilobaud, XñK.ñÊ J» Latency, Èñ“ñË@ á ÓP Kilobit, I K.ñÊ J» LaTeX, péK Kilobits per second,    Lattice,  é JKAJË@ ú¯ IK.ñÊ J»  Q«, éº J.ƒ Kilobyte,  Launch, I KAK.ñÊ J» Y J®J K Kiloflops,      Launcher,   é JKAJË@ ú¯ éÖßA« 颮K ñÊ J» ‡Ê ¢Ó Kilometer, QÓñÊJ» Launch icon,  Kiosk, É£ ,pñ» Lavender, ú×@ Q m Ì'@ Kit, Law, àñ KA ¯ Knapsack problem,     Layer,  éJ. J®mÌ'@ ú¯ éʾ‚Ó é®J.£ Layout,   Level-sensitive scan design, ‡‚ ,¡ J¢m' Laziness, Level two cache,    ɂ» úGAJË@ øñJ‚ÖÏ@ á Ó (lÌ.'AªÓ) é JK.Ag Lazy evaluation,  Lexeme, Èñ‚» Õæ J®K Lazy list, éËñ‚» éÖß A¯ Lexer, see lexical analyser Leader, Lexical analyser, × YK@P ø ñªËÉÊm Leading,  Lexical analysis, ' ø XA J¯ ,ú æ„ JKP ,ú Íð@ ø ñªÓÉ JÊm Leaf, é¯Pð Lexical scope, Leak,  Lexical scoping, I. KQå„ Leaky heap, Lexicon, Ñj. ªÓ Leap second, Liar paradox, Leased line, Qk. ñ Ó¡k Libraries, HA J.JºÓ Library,  Least fixed point, éJ.JºÓ Library routines,  Least recently used, é J.JºÓ © J“ Least significant bit, License, ‘ JkQ K Least upper bound, License agreement,     ‘ JkQË@ é J¯A®K@ Lee, Liechtenstein, Life,  Left, PA‚  èA Jk Life-cycle,   Left arrow, øPA‚  ÑîD èA Jk èPðX Left brace,   Life science, é KPA‚  èQå•Ag ZA JkB@ ÕΫ Left bracket,  LIFO,   (ø)PA‚  €ñ¯ Bð@ h. PAg ,@Qk@Ég@YË@ Lifted domain, Left join, ¨ñ¯QÓÈAm.× Left-justify,  Ligature, PA‚ ÊË è@XAm× Left outer joint, Light, PñK Light client, Left outside, ­J ®k É JÔ« Left parenthesis, Light pen,  øPA‚  ÈCë ­J ®k Õί Legacy, Light pipe, Legacy code,   Light precipitation, úG@QK èQ®ƒ Èñêm.× Èñ¢ë Legacy software,    Lightweight, é JK@QK l×. @QK. àPñ Ë@ ­J ®k Light-weight process,   Legacy system, à Pñ Ë@ é® J®k é JÊÔ« Legal, úGñ KA ¯ Like, ÉJÓ Legalese,    Like this, HA JKñ KA ¯ ,HA J¯ñ®k @Yë ÉJÓ Legend,  Lilo, èPñ¢ƒ@,HA jÊ¢’ÓÉ JËX ºJ JËÉÒm× Lemma, Limes, Length, Èñ£ Limit, XðYg Lenient evaluation, Limits, XðYg Less, ɯ@ Line, Q¢ƒ Less than,  Linear,  á Óɯ@ é J¢k Let floating, Linear address space, Letter, éËAƒP Linear argument, Level, øñJ‚Ó Linear assignment, Level one cache,    Linear function,   ðB@ øñJ‚ÖÏ@ á Ó (lÌ.'AªÓ) é JK.Ag é J¢k éË@X Line arguments, Literate programming, Linear logic, ù¢k ‡¢ J Ó Literature, HA ® Ëñ ÖÏ@ Linear map,   Little-endian, é J¢k é¢ Qk Linear programming,    é J¢k ém.×QK. Load, ÉÔg Linear space, Loadable,  É JÒjJÊËÉK.A¯ Linear transfer, ù¢k É®K Loadable kernel, ÉJÒjJÊËÉKA¯ è@ñ K  . Linear transformation, ù¢k É Kñm' Load-balancing, Linear type, Load balancing,    ù¢k ¨ñK É JÒjJË@ éKP@ñ Ó,ÉÒm Ì'@ éKP@ñ Ó Line buffering,   ¡mÌ'@ áK ñ’ ,Q¢‚Ë@ áK ñ’ Loading, É JÒjJË@ øPAg. Line conditioning, Local, úÎm× Line discipline, Local area network,    é JÊm× é®¢J Ó éºJ.ƒ Line editor, Local bus,   ù¢k ‘ PQm× é JÊm× éʯAg Line feed,  Local data sources,  ×  Q¢ƒ Y KðQK  é JÊm HAKA JK. PXA’Ó Linen, Local disk, úÎm× Q¯ Line of code, èQ ® ‚Ë@ á ÓQ¢ƒ Locale,  × é JÊm  Line pattern, Local echo, úÎm× øY“ Line printer,  ñ¢k éªK.A£ Local exchange carrier, Line probing, Local file, úÎm× ­Ê Ó Lines per minute,   Local host, × é® J¯YË@ ú ¯ Pñ¢ƒ úÎm ­J ’Ó Line starve, Localhost, I ‚êÊm Ì Linewrap, Localisation, Link, éʓð Localised, Linkage editor, HC J“ñJË@PQm× Locality, Link editing,   Localization, éʓð É KYªK á £ñK Linked list, éËñ“ñÓ éÖß A¯ Localize, Linked to, Local loop,   úÍ@ ɓñÓ é JÊm× é®Êg Linker, ɓñÓ Local loopback addresses, Linking, É J“ñK Locals, Link loader, HC “ð ÉÒm× Local variable,  ×   úÎm ù ªJÓ Link rot, éJ ® « éʓð Location, ©¯ñ Ó Links, HC “ð Locator, ©¯@ñ ÖÏ@XYm× Linux, Lock,  ºJ JË  É®¯ Liquid crystal display, ÉJË@ÉKA ƒ @Q ªÓ Locked,  . áÓñÓ List, éÖßA¯ Locked file, Èñ® ®Ó ­Ê Ó Listbox, Locked up, List comprehension, Lock-in, Listing, Locking,   Q« †C«@ ,ÈA®¯@ Listless,   Log, éÖßA¯ àðYK. Ém. Lists, Õç'@ñ ¯ Logarithm, Õç'PA «ñ Ë Lite, ­J ®k Logarithmus dualist, Literal, Log file, ù ¢®Ë ,ú ¯Qk Éj. ‚Ë@ ­ÊÓ Logging in,  Lossless,  øQ¯YË@ ÈñkY Ë@ øPAg. èPA‚k àðY K. Logic,  Lossless audio compression,  ‡¢JÓ  àðYK. Hñ’Ë@¡ª“ Logical, ù®¢J Ó èPA‚k Lossy,  Logical address, ù®¢J Ó à@ñ J « Xñ®¯ Logical complement, Lossy audio compression, Lossy compression,  Logical disk, ù®¢J Ó Q¯ Xñ®¯ ¡ª “ Logical-hostname,  Love, ù®¢J Ó ­J ’ Ó Õæ @ I. k Logical network,    Low, é J®¢J Ó éºJ.ƒ ‘®jJÓ Logical relation,    Low-bandwidth,  é J®¢JÓ é¯C« ‘®jJÓ ék. ñÓ Èñ£ Logical shift,   Low earth orbit,  ù®¢JÓ Q  JªK (¨A®KPB @) ‘®jJÓ ú æ•P@P@YÓ Logical shift left,  Lower,  øPA‚  ù®¢J Ó Q  Jª K ɯ@ Logical shift right,  Lowercase, úæ JÖß ù®¢J Ó Q  Jª K Logic emulator,  Lower-case, Q ù®¢J Ó ú»Am× ª “ ¬Qk Logic gate,    Lower set,  × é J®¢J Ó éK.@ñK. úGX@ é«ñÒm. Logic programming, éJ®¢J Ó ém×QK Lower Stream, . . Lowest, Logic variable, éJ®¢J Ó èQJª JÓ úGXB@ Low-level language,   Login, h. ñË𠑮jJÖÏ@ øñJ‚ÖÏ@ éªË Log in, Low memory area, é’ ® j J Ó èQ »@X 鮢J Ó Login banner, Lub, Luminance, Login directory, h. ñËñË@É JËX Login name, hñËñË@ Õæ @ Lump uncurrying, . Lurk, Login prompt, hñËñË@ I m× €YJ K . Lurker, Login shell, hñËð é¯Y “ ƒYJÓ . Lurking, Logo, PAªƒ ƒYJ K Lvalue,   Log off, éÒ J¯ Logon, øQ¯X iJ¯ Logout, M h. ðQk Log out,  Machine,   øQ¯X h. ðQk éË@ Longitudinal parity, Machine address,    éË@ à@ñJ« Look, Q¢  @ Machine code, éËB@ éª Ë Look and feel, Machine-collating, €A‚kB@ ð Q¢JÖÏ@  Lookup,  Machine cycle,   Im'. éËB@ èPðX Look-up table, Machine language, éËB@ éª Ë Loop,  Machine learning,    PQº K , é®Êg ,P@QºJK. Y®J K éËB@ ÕΪK Loopback,  Macro,  ¨Ag. Qƒ@ ¡ Jm × ,úο ,ÕæÔ « ,©Ó Ag. Macroblock,  Loopback file, Q J.»I. ËA¯ Loop combination, Macrology, ðQ»AÖÏ@ ÕΫ Loop fusion, Macro processor, Q J.» lÌ.'AªÓ Loop through, Macros, ðQ»AÓ Magazine,  Loose bytes, 麺® Ó HA JKAK éÊm.× . Magenta, Loss, ¨A J“ úG@ñk. P@ Magic, øQm Malta, A¢ËAÓ Magic bullet,   Malware,   é KQm é“A“P éJ J.k é Jm.×QK. Magic number,  Manage,  øQj‚Ë@Õ¯QË@ èP@X@ Magnetic disk,  Management,  ú æ„ J£AJªÓ Q¯ èP@X@ Magnetic stripe, úæ„ J£AJ ª Ó¡ Qå Manager, QK YÓ Manager widget,  Magnetic tape, úæ„ J£AJ ª Ó¡ Qå QK YÖÏ@ è@X@ Magnetic tape drive,  Manifest section, úæ„ J£AJª Ó¡ Qå †ñ‚Ó Magneto-optical disk,  Manipulation,  ø Qå”. úæ„ J£AJªÓ Q¯ I. «CK Magnetostrictive delay line, Man page, èY «A‚ÖÏ@ éj® “ Mail, Man Pages, Y KQK. àAÓÉ JËX HA j®“ Mail bomb,    Mantainer,  é KY KQK. éÊJ.J¯ ù®J.Ó Mailbox,  Mantissa,   Ì Y KQK. †ðYJ“ ø Q優Ë@ €AƒB@ ,ø Q優Ë@ZQm. '@ Mail bridge, Y KQ.Ë@ Qå„k. Manual, É JËX Manual page,   Mail client, Y KQK. àñ K.P é KðY K éj®“ Mail delivery, Manual testing,  Y KQ.Ë@É J“ñK øðY K PAJ.Jk@ Mailer, Map,  Y KQK. I «AK. ¡@Qk h. , é¢ Qk Mail exploder, Mapped,  Y KQ.Ë@Qj. ®Ó éJ JªÓ Mail filter,  Mapped memory,   Y KQK. l QÓ éJ JªÓ èQ»@X Mail gateway, Mapping, á  JªK Mail host, Map to,  Y KQK. ­J ’ Ó úÍ@ á  JªK Mail hub, Marble, ÐAgP Mailing list,    Margin, é KY KQK. éÖßA¯ Ó@ñë h. , ÓAë Mail merge, Marginalia,   Y KQ.Ë@ l×. X HA J‚ÓAë Mail path, Y KQ.Ë@PA‚Ó Margins, úæ @ñk Mail server, Mark,  Y KQ.Ë@ÐXAg éÓC« Mail services, Marked, Y KQ.Ë@ HA ÓYg ÕÎªÓ Marked only, Mail to, úÍ@ Y KQK. Mail user agent, Marker, Y KQ.Ë@ÐYjJ‚ÓÉ JÔ« Õæ @ð Main board,   Marker object, é J‚ KP ékñË Õæ @ð ¬Yë Mainboard,   Marker primitive, é J‚ KP ékñË Main body, Mark-sweep garbage collection, úæ„ JKP Õæ„k. Mainframe, MARKUP, úæ„ JKP H. ñƒAg Main memory,   Markup,  é J‚ KP èQ»@X Õ¯P Maintainer, á ’Ó Marquee, Maintainer script, Marshalling, á ’Ó ñ¢m× Maintenance,  Mask,  éKA J“ ¨AJ¯ ,H. Am.k Major delivery,   Masquerading,  èQ J.» éÊ J“ñK QºJK Major release,   Master, éÓAë èP@Y“@  KP Make,   Master boot record,   ɾƒ  úΫ) ú æ„ JKQË@ ¨C¯B@ Ém. Malfunction, Pñ’¯ (Q®Ë@ Master driver,  Mall, ú æ„ JKP ‡KAƒ Master server, Memoisation, úæ„ JKP ÐXAg Master-slave, Memoised function, ©K.AJ‚ KP Match,   Memoization, ‡K.A¢ Matching, éÓZ@ñÓ Memoized function, Material,   Memorandum,  èXAÓ,XAJ« PA’jJƒ@ ,Qå”m× Memory,  Math, HA J“A KP èQ»@X Mathematical,   Memory access,  ú G.A‚k ,ú æ•A KP èQ»@X h. ñËð Matrix, é¯ñ ® ’Ó Memory address space, èQ »@Y Ë@ à@ñ J « ékA‚Ó Matrixes, HA ¯ñ ® ’Ó Memory heap, èQ »@X €YºK Maturity,    Memory leak,   †A ®jJƒ@ èQ»@XH. Qå„ Max, ú支@ Memory location, èQ »@Y Ë@ ©¯ñ Ó Maximal free expression, Memory management, èQ »@X èP@X@ Maximin, Memory protection,   èQ»@X é KAÔg Maximize, Menu,   Q J.ºK éÖßA¯ Maximum,  Menu bar,  ú支B@ Õç'@ñ®Ë@¡ Qå Maximum segment size, Menubar,   éÖßA®Ë@¡ Qå MDI,    Menu item,    èXYªJÖÏ@ H@Y J ‚ÖÏ@ éêk. @ð éÖßA¯ éKA g Mean,  Mercury delay line, ¡ƒñJÓ øQ»Q Ó Q gAK¡ k Meaning, Merge, úGAªÓ h. , úæªÓ l×. X Measure,  Mesh,  €A J¯ éºJ.ƒ Measurement,  Mesh network,   €A J¯ é KðQ« éºJ.ƒ Mechanism,   Message,  é JË@ éËAƒP Media, Message block,   ¡Aƒð éËAƒQË@I. ËA¯ Median, Message board, €A ®J Ë@ HA gñË Media type, Message catalog,  ¡AƒñË@ ¨ñK éËAƒQË@ àA JK. Medium, ¡ƒð Message digest function, Meeting,    Message of the day,  ù®JÊÓ,ZA®Ë ,¨AÒJk. @ Ðñ JË@ éËAƒP Meg, Message passing,  ÉKAƒQË@ QK QÖß Mega-, Bj. JÓ Messages, ÉKA ƒP Megabits per second,  é JKA JË@ ú¯ HA ’ J.J Ë@ á  KCÓ Message switching, Megabyte,  Messenger,  I KAK.Aj. JÓ ÈAƒQÓ Megaflop, Meta, «@ úÎ Megaflops, Metacharacter, úΫ@ ¬Qk Meltdown, PAîD”@ Meta-data, Member, Metadata, ñ’« Member function, ÐYj J‚ÖÏ@ éË@X Metafile, úΫ@ ­Ê Ó Membership function,   é Kñ’ ªË@ éË@X Metaheuristic, Member variable, Q  Metainformation,  ñ’« ªJÓ úΫ@ HAÓñÊªÓ Memetic algorithm, Meta key, úΫ@ hAJ® Ó Memo, èQ »Y Ó ,Qå” m× Metal, àY ªÓ Memo function,   Metalanguage,    èQ»YÖÏ@ é® J£ð 骯QÓ éª Ë Metaphone,  Minicomputer, úΫ@ ­KAë Q ª “ I. ƒAg Metaprogram, Minifloppy,  úΫ@ l×. AKQK. Q ª “ àQÓ Q¯ Metasyntax, Mini icons,   èQ ª “ HA Kñ ® K@ Meter, QÓ Minimal automaton, Method,  é® KQ£ Minimax, Methodology,  Minimize, Q  é Jj. îDÓ ª’  Metric, øQÓ Minimum, úGX B@ Metric space,   Miniport, øQÖÏ@ÈAj. ÖÏ@ ,øQÖÏ@ZA’ ®Ë@ Mice, Minix, à@ Q¯ ºJ JÓ Micro, ðQº JÓ Minor fault, Micro-, Minor faults,  Qº JÓ èQ ª “ ZA¢k @ Microcentury,    Minus,  AJ. KQ®K é JKA K 6.52 ‘¯AK Microcode,  ðQº JÓ èQ®ƒ Minus infinity, Microcomputer, Minute,   ðQº JÓI. ƒAg é® J¯X Microcontroller,  Mirror,  Qª’Ó ÕºjJÓ è@QÓ Microfortnight, ðQº JÓ àA «ñJ.ƒ@ Mirrored, €ñºªÓ Microkernel,  Mirroring,   é KñK øð@QÓ QK ñ’ Microlog,  Mirror site,   ðQº JÓ Q¯X è@QÓ ©¯ñÓ Micrometre,  Miscellaneous, ðQº JÓ QÓ ¨ñJ JÓ Micron, àðQ º JÓ Misfeature, Microperation,  ðQº JÓ é JÊÔ« Missile address, pðPA’Ë@ à@ñ J « Microphone, Mistake, àñ¯ðQºÓ A¢k Microprocesor, Mixer device,   ðQº JÓ lÌ.'AªÓ ¡Êg èQ êm.' , Cg PA êk. Microprocessor, Mnemonic,  ðQº JÓ lÌ.'AªÓ øQ»YK Q ÓP Microprogramming,  Mnemonic key, ðQº JÓ ém.×QK. øQ »YK hAJ®Ó Microsecond,  ðQº JÓ é JKA K Modal, ðQå„Ó Middle-endian, Modal logic, Middleware, Modal (value),    Õæ j. jJË@ éÒ J¯ Midi, øY JÖÏ@ Mode, ©“ð Mid-level network, Mode bi,

Miles, ÈA JÓ@ Model, P@Q £ Mill, éKñ kA£ Model checking, Millennium bug,   é J®ËB@ èQå„k Modeling, Millennium meltdown, Modelling,   É Jº‚ ,h. XAÒJË@ZA‚@ , ék. YÖß Milli-, JÊÊÓ Modem, ÐXñÓ Millimeter, QÒÊÓ Moderator, ¬Qå „Ó Millisecond,   Modern, é JKAK úÎÊÓ ø Q唫 MIME, Modification, Q  Jª K Mime Type, Modified, Q :ú æ JK ¨ñK  JªÓ Mind mouse, Modifier, Q  Jª Ó Mind uploading, Modifier key, Q  Jª Ó hAJ®Ó Modify,  Mouse pad,   É KYªK èPA® Ë@ èXAƒð Modular, øPAJªÓ Mouse trails, èP A® Ë@QK@  Modular arithmetic, Move, ½ KQm' Modularization, MSDOS, €ðY.‚.Ó  Modulate, àP MS, ‘ Modulation,  MTU,  ÕæK QË@ :ðéK Module,  Multiboot,   èYgð ¨C¯B @XYªJÓ Modulo,  Multibyte,  €A J®Ó I KAJ.Ë@XYªJÓ Modulo arithmetic, Multicast,    èXYªJÓ é«@X@ Modulo operator, Multicast addressing,     èXYªJÓ é«@X@ éKñJ« Modulus, Multicast backbone, Molecule, Multiclick,  ZøQ k. XYªJÓ¡ª “ Monadic, Multihomed hos, Monitor,   Multihomed host, éƒA ƒ ,H. A¯QÓ Monkey, scratch,  Multihost disk,  ¡‚» ,XQ¯ á ® J’ ÖÏ@XYªJÓ Q¯ Monkey sort, øXQ¯ PQ ¯ Multilayer perceptron, Monkey up,  Multilingualization,  úΫB XQ¯ HA ª ÊË@XYªK Monochrome, Multimedia,   àñÊË@ ø XAg@ èXYªJÓ¡Aƒð Monoid, Multipart, ÐA‚¯B@ XYªJÓ Multi-part key, Monolithic kernel, Z@Q k. B@XYªJÓ hAJ®Ó Monospace, Multiple, XYªJÓ Monotonic,  Multiple access,  I.  KP XYªJÓ ÈñkX Month, QîD Multiple boot, ¨C¯B@ XYªJÓ Moose call, Multiple inheritance, ­«A ’ Ó HP@ñ K More, Multiple value,   ú¯A“@ éÒ J®Ë@XYªJÓ Morphing, Èñm' Multiplexed, Õæ” Ó,­«A ’ Ó Mosaic, Multiplexer,  (ù KA‚® J‚¯ .) ZA‚® J‚¯ ÈAƒPB @XYªJÓ Most general unifier, Multiplexing, XYªJÓÈA’@ Most significant bit, Multiplex printer,

Mother, Ð@ Multiply, ­«A ’  Motherboard,  ÐB@ ékñÊË@ Multiprocessing, Z@Qk. B@XYªJÓ Motion,  Multiprocessor,  é»Qk lÌ.'AªÖÏ@XYªJÓ Mount,  Multiprogramming,   ɓð èXYªJÓ ém.×QK. Mounting,  Multiscan, I. J»QK XYªJÓ i‚Ó Mount point,    Multiselection,   ɓð 颮K XYªJÓPA JJk@ Mouse,  Multisync, èPA¯ Mouse Cursor, èP A® Ë@ Qå ñ Ó Multitasking, ÐAêÖÏ@XYªK Mouse droppings, Multi-threaded, Mouse grab,    èPA®Ë@ é’ J.¯ Multithreaded, Mouse mat, Multi-threading,

Mouse-over, èP A¯  úΫ PðQÓ Multithreading, Multi threading,   Navigating, ø XYªKI. ª‚ QjJ. K Multiuser system, á   Navigation,  ÓYjJ‚ÖÏ@XYªJÓÐA¢ i®’ Multi-way branch, Navigation key, PAm'.B@PP Mumble, ÑêÒîE Navigator, hCÓ Munching squares, Negation by failure, Museum, ­j JÓ Negative acknowledgement, Mute, Õæ»@ Negative Binomial, Mutual exclusion,  Neighborhood, ÈXAJ.JÓZAJ Jƒ@ Net,  Mutually recursive, ÈXAJ.JÓPQºJÓ éºJ.ƒ Mutual recursion,   Netcafe,   ÈXAJ.JÓ P@QºK I KQK@ úæê®Ó Mux, Netiquette,    éºJ.‚Ë@ ú¯ ÉÓAªJË@H. @X@ Netizen, Netmask,   N éºJ.‚Ë@ ¨AJ ¯ Naive, Netscape,  h. XAƒ ,Zø QK. I. Jº‚ JK Name, Õæ @ Netting, Network,  Name capture, éºJ.ƒ Named, ùÒ‚Ó Network-address, ú¾J.ƒ  à@ñ J « Named pipe,    Network byte order,     èA҂ÓÈA’@ éK.ñJ.K@ ú ¾J.ƒ I KAK. I.  KQK Named Stream, Network card, éºJƒ é¯A ¢ . . Name resolution, Õæ B@ Q JÖß Network close, Network database,    Names, ZAÖÞ @ éºJ.‚Ë@ úΫ HA KA JK. èY«A¯ Name service switching, Networked, I. ‚Ó Network engineer,  Namespace, Õæ B@ ékA‚Ó éºJ.ƒ €YJ êÓ Nano-, ñKA K Networking, HA¾ J.‚Ë@¡.P  Network interface card,    Nanocomputer, úÍ@IƒAg ñKA K éºJ.‚Ë@ éêk. @ð é¯A¢. . Network interface controller,  Nanometre, QÓ ñKA K é ê k. @ð Õº jJ Ó Nanosecond,    é JKA K ñKA K éºJ.‚Ë@ Nanotechnology,   Network layer,    ñKA J Ë@ é JJ ®K éºJ.‚Ë@ é®J.£ Narrowband, é®J“ éÓQ k Network layer reachability information, Network management,   Narrowing, ‡J ’  éºJ.‚Ë@ èP@X@ Network mask,   National character, éºJ.‚Ë@ ¨AJ ¯ Native, øQ¢¯ Network meltdown, Network node,    Native code, ÉJ“@ PA ÓP éºJ.‚Ë@ èY®« Network number,    Native compiler, øQ¢¯ ©Òm× ÈA’B@ éºJ.ƒ Õ¯P . Network operating system,    Natural deduction, ùª JJ.£ Õæ„k éºJ.‚Ë@É Jª‚ ÐA¢ Natural language,   Network operator,    é Jª JJ.£ éª Ë éºJ.‚Ë@ɪ‚Ó Natural language processing, éJªJJ£ éª Ë émÌ'AªÓ Network redirector, . . Network segment,  Natural number, ùªJJ£ Õ¯P ú¾J.ƒ ©¢J®Ó . Network storm,   Nature, éªJJ£ éºJ.ƒ 鮓A« . Network, the,  Nautilus, €CJKñ K éºJ.‚Ë@ Network transparency,   Navigate, ékCÓ éºJ.‚Ë@ é J¯A®ƒ

Neural nets, Noname, Õæ @ »»ï Neural network, Noncluster mode, ’k B ¡Öß ,øXñ®J «B¡Öß ú Î Neuron, I. ’« Nondeterminism, Neutrosophic, Nondeterministic, Neutrosophic logic, Nondeterministic automaton, Neutrosophic probability, Nondeterministic polynomial time,

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Optical character recognition, úΫ øQå”. ¬QªK Outer join, Ì Outgoing, ¬ðQm '@ h. PAg Optical diff, Outline,   ù¢ J¢m' Õæ P , é¢k Optical fiber,  Outline font, é Kñ“ ¬A JË@ úÎ J’®K¡ k Optical fibre,  Output, é Kñ“ ¬A JË@ h. Qk Optical grep, Output device, Optical mouse,   é JKñ“ èPA¯ Outside, á « hPAg ,hPAm Ì'@ ú¯ Optimal,  . . ÉJÓB@ Outside-in testing, Optimise, éÊJÓ@ Outsourcing, Optimising compiler, Overclocking,    é JKA® JÖÏ@ ‘ J¯ Optimization,   Overflow, éÊJÓ@ ‘ J¯ Optimize,   Overhead,  éÊJÓ@ úGA¯ñ¯ Optimized, ÉJÓAÓ Overlap, Option, Overlapping,  PA Jk I. »@QK Optional, øPA Jk Overlay, Options,  H@PA Jk Overloading, Or, ð@ Override, PðA m' Orange,  . úÍA®KQK . Overriding, Order, Overrun, Overrun screw, Palettes, Overuse strain injury, Palette window,  à@ñËB@ ékñËPA£@ Overview, Palmtop, Overwrite,     úΫ éK.AJ», é J¯ñ¯ éK.AJ» Pane, hñË Own, Panel, ékñË Owner, ½ËAÓ Panelize, Panic, Panic message,    P Q«X éËAƒP ,¨A JKP@ éËAƒP Pack,  Paper,  éJ.Ê« †Pð Package, éÓQ k Papermail, Packed decimal, Paper-net, Packet,  Paper tape,   éÓPP ú ¯Pð ¡ Qå Packet driver, ÐPP †@ñ ƒ ,ÐQ k †@ñ ƒ Paraconsistent probability, Packet mode, éÓQ k ¡ Öß , éÓPP¡ Öß Paradigm, Paradox,    Packet radio, 钯 AJJÓ Packet sniffer, éÓQ mÌ'@ ‡‚ J‚Ó Paragraph, èQ ®¯ Packet-switched,  Parallel,  éÓQ mÌ'@ úÎ KYJ.K P @ñJÓ Parallel computer,   Packet Switching, (É Jª ‚Ë@) P@ñ JÓH. ñƒAg Packet switching,   Parallel computing,      Ì éÓPQ Ë@È@YK. @ , éÓQ mÌ'@ È@YK. @ (É Jª‚Ë@) é KP@ñJÖÏ@ éJ.ƒñm '@ Packet writing,       Parallelism,  éÓPQ Ë@ éK.AJ», éÓQ mÌ'@ éK.AJ» ø P@ñK Padded cell, Parallelogram, ¨C“ B@ øP@ñ JÓ Parallelograms,   Padding, ¨C“ B@ é KP @ñJÓ Page,  Parallel port,  éj®“ ø P@ñJÓ Y®JÓ Pagebreak,    Parallel processing,   Ì  èY KYg. éj®“ é¯C¢@ é KP@ñJÓ ém. 'AªÓ,P@ñJÓ Z@Qk. @ Paged, Parallel processor,  új®“ P@ñ JÓ lÌ.'AªÓ Paged address,  Parallel random access machine, XA ® K éJ ºÓ ú j®“ à@ñJ«   Paged memory, új® “ èQ »@X P@ñ JÓ ùK@ñ‚« Parallel reduction,     Page fault, éj® ’Ë@ A¢k P@ñ JÓÉ JÊ®K ,‘ J®JK Parallel resource,  Page frame, éj® ’Ë@PA£@ P @ñJÓ XPñÓ Parallel-service,    Page in, éÊg@X éj® “ é KP@ñ JÓ éÓYg Pagelet, Parameter, Parameters,  Page mode, új® “ ¡Öß HA¢ƒñÖÏ@ Parametric, Page out, ékPAg éj® “ ù¢ƒñÓ . Parametric polymorphism,    Pager,  ÈA¾ ƒB@ é KXY ª K Pages, 颃ñÖÏ@ Paranoid programming,   Paging,     H. A JKPB@ àñJk. ém.×QK. Q®Ë@ úÍ@ ð áÓ èQ»@YË@ HAj®“ ÈA®JK@ Parcel,  I KAJË@ éËAK. ,Qå• . Parent, Pain in the net, ø ñK.@  Paint, é«A J“ ,á ëX Parent directory, ÐB@YÊj. ÖÏ@ . Parentheses,  Pair, hðP àAƒñ¯ . Parent level, Palette, à@ñ Ë@ ékñË Parent process, Paths, HA ¯Q £ Parent structure, Patience, Q.“ Parent widget, Pattern, ¡Öß Parent window, Pattern matching,   ɓB@PA£B@ H. ñʃB@ ‡¯@ñK Parity,  Pattern recognition, é Jk. ðP Parity bi, Pause, I ¯ñ Ó ­ ¯ñ K Parity bit,   Paused,        é Jk. ðQ Ë@ I K. ,h. ð@QË@ I K. ­J ¯ñJË@ I ¯ñÓ,(A JJ¯ð) ­¯ñJÓ Parity error, Peak indicator,    úkðQ Ë@ A¢k é J¯A®‚Ë@ Qå ñ Ó Parse, ' . Pearson Correlation, É JÊm  Parser, H. QªÓ,Ém× Peephole optimisation, Parser generator, Peer, Q ¢  Parsing,  Peer-to-peer, É JÊm' Q ¢ J JË@Q ¢  Partial, Pen,  PA jJ Ó ,ùKQ k. Õί Partial equivalence relation, Pending signal, Partial evaluation,   Pending signals,     ùKQ k. á ÒJK ,ùKQ k. á Òm' ? é J®J.JÖÏ@ HC KQJË@ZAªË@ Partial function,   Percent,  é JKQ k. È@X éJÖÏAK. Partial key, Percentage,  ùKQ k. hA®Ó é KñJÓ Partially ordered set, Q   Percentual, I.  K Ë@ é JKQk. èQÓP ø ñJÓ Partial ordering,   Perceptron, ù KQk. I.  KQK Participants, àñ »PA‚Ó Perf, Partition, Õ愯 Performance, Partitioned data set, Period, èPðX Partitioning,    Periodic,  Õæ ‚®K, éKQm.' é KPðX Pass,  Periodic group, × QK QÖß ø PðX ¨ñÒm. Passing, Peripheral, ú¯Q £ Passive, Peripheral device, ú æ.ʃ ú ¯Q£ PAêk. Passive grab, Perl, ÈQ K. Passive matrix display,  Perl Script, úæʃ é¯ñ®’Ó ðX @QªÓ ÈQ K. ‘ Passphrase,  . Qå  èPAJ.« Permanent, Õç'@X Password, Qå  éÒÊ¿ Permanent file, Õç'@X ­Ê Ó Password aging,   Permanent link, Qå„Ë@ éÒÊ¿ ÐXA®K Õç'@X¡.@P Password field, Qå„Ë@ éÒÊ¿ É®k Per-message, Paste,  Permission, †A’Ë@ àX@ Patch,   Permutation,  骯P éËXAJ.Ó Patch (noun),   Perplexity,  骯P èQ g ,¼AK.P@ Patch pumpkin, Persistence, P@QÒJƒ@ Patch (verb),  Persistent,  © J¯QK QÒJ‚Ó Path, PA‚Ó Persistent link, QÒJ‚Ó¡.@P Path coverage testing, Persistent memory, èQ ÒJ‚Ó èQ »@X Pathname, PA‚ÖÏ@ Õæ @ Personal, Pathname separator, Personal computer,  PA‚ÖÏ@ Õæ @ ɓA¯ ú æ”m H. ñƒAg Perspective,  Pin,   Pñ¢JÓ, ék. Q¯ éʃ , èQK. @ Pessimising compiler, Pin feed, Peta-, Ping, Petabyte, Ping-flood, Petaflops, Pinging,

Phase, Pñ£ Ping-pong, XP ð Y g @ Phase alternating line, Pin-out, Phase Change Memory, Pipe, H. ñJ.K@ Philippines, Pipeline, á J. JÊ J®Ë@ Philosophy, é® ‚ʯ Pipeline break, Phishing, Pipelined, Phone, Pipeline processing,    ­JîE ,­KA ë é KXP@ñK ém.Ì'AªÓ Phone book, Pipeline stall, Phone mail, Pipelining,  ù®KA ë Y KQK. èXP@ñÓ Phosphor fatigue, Piping, Phyiscal, Piracy, éJ “Q¯ Physical,   × Pirate,  Xñk. ñË@ ù ® J®k ,€ñÒÊÓ ,€ñ‚m àA“Q¯ Physical address, €ñÒÊÖÏ@ à@ñ J ªË@ Pitch, èñ ¢k Physical addressing,   Pixel, éƒñÒÊÓ éKñ J « ɂºK. Physical file, €ñÒÊÓ ­Ê Ó Pixelize, Physical layer,   Pixels, éƒñÒÊÖÏ@ é®J.¢Ë@ H@Pñ ’J« Physical memory,    Pixmap,  èQ»@YË@, éƒñÒÊÖÏ@ èQ»@YË@ AJ®J®k èXñ kñÖÏ@ Place,  . àA¾Ó, ékAƒ Physical memory address, éƒñÒÊÖÏ@ èQ »@YË@ à@ñ J « Placeholder, àA¾ ÖÏ@ ½ƒAÓ Pica, Placement, Pi-calculus, Plaid screen, Pick aperture, Plain, (‘) XQm.× Picker button, Plain text, ¬Qå• ‘ Picker Settings,   Plain window,   H@X@Y«B @ Qg@ éÊÓA¿ èY¯AK Picking,   ZA®JK@ ,PA JJk@ Plants, Pico-, Plastic, Picosecond, Platform, é’J Ó Pictogram, Play,  ZQ¯@ ,ɪƒ ,¬Q «@ Pictograph, Play by electronic mail, Picture,  Player,  èPñ“ øPA ¯ ,I. «B Picture element, èPñ “ Qå”J « Plenum cable, Pictures, Pleonasm, PID, éÒêÖÏ@ Q ÓP Pling, Pie,  QKA¢¯ h. , èQ ¢¯ Plonk, Piggybacking, Plotter, A¢k Pilot device, Plot (verb),  ¡k ,¡ J¢m' Plug, Pop-down menu, éËY‚ Ó éÖß A¯ Plug and play,   Pop up,  É Jª ‚ ð .¯ ‡J.J Ó Popup,   Plug-in, é®J.J Ó èY¯AK Plugin, ‡jÊ Ó Popup menu, Plug-in editor kit, Port, Y ® J Ó Portability,    Plus, É®J ÊË é JÊK.A¯ Portable,  Plus every, ÉÒjÊËÉK.A¯ ,ÈñÒm× Pocket calculator,    Portal,  I. Jj. ÊË éJ.ƒAg éË@ éK.@ñK. ,H. AK. Pocket computer, I. Jj. ÊËH. ñƒAg Port (Development), Podcast,   Porting, (é JKñ “) èQå„ Point,   Portmap,  Qå ñ K , 颮K Y¯AJÖÏ@ é¢ Qk Point-and-grunt interface, Portmapper, Y ® J ÖÏ@A¢k Pointed domain, Port monitor,  Y®JÖÏ@I. ¯@QÓ Pointer, Qå ñ Ó Port number, Y ® J ÖÏ@Õ¯P Pointer grab, Portrait, ú Íñ£ Pointer swizzling, Portugal, ÈAª KQK . Pointing device, Portuguese,   Q ƒAK PA êk. é JËAª KQ.Ë@ Pointing stick, Pose,  Q ƒAJË@A’« é Jª“ð Point of presence,   Position, Xñk. ñË@ 颮K Point of sale terminal,   Positional,  © JK. 颮K ¬@Q¢Ó úGA¾Ó,ù ª¯ñÓ Point-to-point protocol,      Post,  颮K úÍ@ 颮K †A® JÓ (ɪ¯) ɃP@, éËAƒP Postal Box,  Poisson distribution, øY KQK. †ðYJ “ Policy,  Posted write-through, éƒA Jƒ Policy group, Poster,  ‡’ÊÓ,àC«@ Policy issues,  Posterize, é JƒA Jƒ àð ñ ƒ Policy repository, Postfix, Polish,  Postfix notation,   é KYJ ËñJ.Ë@ ‡jÊÓ I KñJK Polling,  Postfix syntax, k. Polygon, ©Ê’ Ó Posting, Polyline, Postmaster, Y KQ.Ë@ ¨Pñ Ó Polylithism, Post Office,  Y KQ.Ë@I. JºÓ Polymorphic, Post office problem,  ÈA¾ƒB@XYªJÓ Y KQ.Ë@I. JºÓ ɾ‚Ó Polymorphic lambda-calculus, Post-order traversal, Polymorphism,  Post Processor, ÈA¾ƒB@ é KXYªK H@Y gB@ lÌ.'AªÓ Polynomial,  Postscript,   é KXðYg IKQj’J‚« Polynomial-time, Potential difference, Polynomial-time algorithm, Potential master, Polyvinyl chloride, Potential primary, Pound,  Pool, ñ k (à Pð) É£P ,(éÊÔ«) é JJ k. Pooled Variance, Pound on, Pop, Pound sign,   Ì  Prevent,   èYgð) É£QË@ éÓC« , é JJm. '@ éÓC« I.  Jm.' ,ZA®K@ (à Pð Prevention,  Power,    Y“ ,Q¢k èPY®Ë@, é¯A¢Ë@ Preventive,  Power cycle, ùKA¯ð Preventive maintenance,    Powerdomain, é JKA¯ð éKA J“ Preview,  Power management,   éJ KAªÓ é¯A¢Ë@ èP@X@ Previous,  Power-on, ‡K.A‚Ë@ Primary, Power-on self-test,   úÍð@ ¨C¯B@YJ « úG@YË@ ‘j®Ë@ Primary cache,     Power save mode,  é J‚ KP é JK.Ag , é JËð@ é JK.Ag é¯A¢Ë@PAgX@ ¡Öß Primary Colors,  Powerset, é JËð@ à@ñË@ Primary key, PPP, Primary management domain, Pragma, Primary window, Pragmatic,   úæ AƒB@PA£B @ ùª ¯ @ð ,úΪ¯ ,ùªK @P X Prime number, Precharge, úÍð@XY« Prime number theorem, Precision,  é¯X Prime time, Predecessor, Primitive, Predicate calculus, Principal, Predicate logic, úæ„ JKP Principal type, Predomain, úæ„ JKP ¨ñK Print, Pre-emptive multitasking,  ©J.£ ùKA ¯ñË@ HA ÒêÖÏ@XYªK Printable,    Preference,  é«AJ.¢ÊË ZúæêÓ, é«AJ.¢ÊËÉK.A¯ É J’®K Print area,   Preferences,  é«AJ.¢Ë@ ékA‚Ó HC J’®K Printed, Prefix,  ¨ñJ.¢Ó é®K.Aƒ Printed circuit board, Prefix notation, @YJÓ I KñJ K Printer,  . éªK.A£ Prefix syntax, Printer port,  Preformat,       é«AJ.¢Ë@ Y®JÓ éKYJêÖß éJ JîE, éKYJêÖß é«A“@ Printing, ©J.¢  Pre-order, Print server,   é«AJ.£ Õ®ÊÓ Pre-order traversal, Priority,  é KñËð@ Prepaging, Priority inheritance,   Prepare,  é JËðB@ éK@Pð Q ’m' Priority interrupt, Prepend, Priority inversion, éJËðB@HC®K@ Preprocessor,  Ì  Ì . ø Y JêÖß l.'AªÓ ,ù ®J.ƒ l.'AªÓ Priority queue, Pre-sales support rep, Priority scheduling,   Presence detect,   é KñËðB@ éËðYg. Yg. @ñJË@ ¬A‚»@ Privacy,  Presentation, é J“ñ’k Private, Ag Presentation layer, Private hostname,  Õæ @ ,úæ” m ­J ’ Ó Õæ @ Preset, úæ•ñ’k ­J ’ Ó Presets, Private key, øQå hAJ® Ó Presiding, Private-key cryptography, Press, ¡ª “ Private Messages, é“Ag ÉKA ƒP Pretzel key, Priviledge, PA JJÓ@ Privilege, PA JJÓ@ Program transformation, Privileged instruction,   Progress,  H@ X éÒ JʪK, ù ÜØ éÒ JʪK ÐY®K  Progress bar,  PA JJÓ@ ÐY®JË@¡ Qå Probabilistic, éJËAÒJk@ Progressive coding,   Q  ø Y®K ÓQK Probabilistic automaton, Project, ¨ðQå„Ó Probability,    †ñK,ÈAÒJk@ Project assurance, Problem, ɾ‚Ó Projection, A®ƒ@ Problem report,  ɾ‚Ó á « QK Q®K Projective plane, Problem state,   Project management,  ɾ‚ÖÏ@ éËAg © KPA‚Ó èP@X@ Procedural language,   Project planning,     é JK@Qk. @ éªË ¨ðQå„Ó Q K.YK ,¨ðQå„Ó Õæ ¢JK Procedure, Z@Qk. @ Prolog, Procedure call, Promiscuous mode, Process,  Promote,    é JÊÔ« èY«A‚Ó, é J¯QK Process code, Prompt, I k Process file, Ì Proof,  ém. 'AªÓ ­ÊÓ ,Z@Qk. @ ­ÊÓ HA J.K@ ,àAëQK. Process ID, Z@QkB@Õ¯P Proof theory, . Process identifier, Z@Qk. B@ ¬QªÓ Propagation, PA‚K@ Processing, øPAg , éÊÓAªÖÏ@ øPAg ,‡J J¢JË@ øPAg Propeller key,   . . . . ©¯@X hAJ®Ó Y J®JJË@ Properties, HA ® “@ñÓ ,‘A ’k Processor, Ì Property,   l.'AªÓ é JºÊÓ, é J“Ag Processor bus, Proportional,   I. ƒAJJÓ ,úæƒAJK Processor farm, Proportional font, . Processor time,  lÌ.'AªÖÏ@(É Jª ‚) á ÓP Proposition, Q Q Process scheduling,   h@ ¯@ ,h ®Ó ,ø @P  é ËðY g. ,Z@Q k. B @ é ËðY g. Propositional calculus, ém.Ì'AªÖÏ@ Propositional logic, Process status,  Z@Qk. B@ éËAg Proprietary, Process table, ¼ñÊÜØ Z@Qk. B@ ÈðYg. Protect,  Prodigy, é KAÔg úÃXQ« Protected, × Product,  ùÒm i. JJÓ Protected mode, × Production system,  ùÒm ©“ð h. AJK@ ÐA¢ Protected workbook, Professional programming,    é JJêÓYJʂQK Protected workbooks,  × «  Professional services,   é JÒm ÉÔ I. J» é JJêÓ HAÓYg Protection,  g Profile,    é KAÔ èQ k. ñÓ èQ ƒ ,HA ®“@ñÓ,­K QªK ­ÊÓ Protocol,  Profiling data, Èñ»ñKðQK. Protocol analyser, × Program, Õæ @QÓÉÊm l×. AKQK. Protocol class 0,    Program counter, é KQ®“ †A® JÓ éJ¯ úm×QK. X@Y« ,l×. AKQK. X@Y« Protocol converter,   Programmer, . †A® JÓ ñm× l×Q. .Ó Protocol layer,   Programming,  †A® JÖÏ@ é®J.£ ém.×QK. Protocols, Programming fluid, Õæ @QÓ Protocol stack, Programming language, Prototyping,  Programs, ék. YÖß l×. @QK. Provably difficult, Provably unsolvable, Provide, Q Q ¯ñK Provider,  Quadratic,  Q¯ñÓ ù ª JK.QK Provision, Quadrature, © JK.QK Proxy, ÉJ»ð Quadruplex, Quality,  Proxy gateway, èXñk. Proxy server, Quality assurance,   É J»ñKÐXA g èXñm.Ì'@ Y J»AK Quality control,   Pseudo, éJ.ƒ èXñm.Ì'@ á ÓY»AJË@ Quality of service,  Pseudo-device, PA êk. éJ.ƒ HA ÓYmÌ'@ èXñk. Pseudo-random number, Quantifier, ùK@ñ‚« éJ.ƒ XY« Quantity,  Pseudo-terminal, ¬@Q¢Ó éJ.ƒ é JÒ» Pubic directory, Quantum, Public, « Quantum computer, ú×ñÒ»HñƒAg ú×ñÔ  . Public directory, « × Quantum computing, éJÓñÒºË@ éJƒñmÌ'@ ú ×ñÔ Ém. . Public domain, ¨A‚Ó Quantum do, Quarantine,  Public key, úæ Ê« hAJ® Ó é J JªK.P@ Public-key cryptography, Quarter, Public-key encryption,    Query, ÐCªJƒ@ ú ×ñÒªË@ hAJ®ÖÏAK. é JÒªJË@ Publish, Qå„ Query expansion, Publisher, Qå„ P@X ,Qå AK Ques, Pull,  Question mark,   Qk. ,H. @YJk. @ ,I. m ÐAê®JƒB@ éÓC« Pull-down list, Queue, PñK.A£ Quickstart,  Pull-down menu, © KQå (É Jª ‚) ZYK. Pull media, Quiesce, Pumpkin, á ¢®K Quintillion, Quit,  Pumpkineer, èPXAªÓ Pumpking, ¨Q¯ Quorum, ÑîD @ h. ,ÑîD Punch card, I®K é¯A ¢ Quorum device, . . Quota,   Pure functional language, éJ¯A “ éJ® J£ð éª Ë ÑîD @, é’k Quotation,  Pure lambda-calculus, €AJ.J¯@ Quote,  Purely functional language, ɾ‚  éJ® J£ð éª Ë €AJ.J¯@ . Quoted,   ú¯A“ ­¢J®Ó ,.J®Ó Purge,   Quotelike, é JkC’Ë@ é KAîE Push, Quotient,  ©¯X Õ愯 Pushable module, Quoting, Pushbuttom, Qword,  , ú«AK.PI. »QÓ , Qå•AJ« éªK.P@ á ÓI. »QÓ Push-button, ¡ª“ PP ú «AK.P Push media, ©¯X ¡A ƒð Put procedure, R Race condition,  Pyramid, ÐQë PA ªK éËAg Rack-mounted, Radar map,  Readable,  P@X@QË@ é¢ Qk ZðQ®Ó Radial,  Read-ahead, ú «Aªƒ Radio, ñ KX@P Read-eval-print loop, Radio button, ZA®JK@P P Read-only, Radio group, Read only, ¡®¯ ZðQ®Ó Radiosity,  Readout, é J«Aªƒ Radius, Q¢¯ ­’  Read-write,

Radix, øPYg. XY« Ready..., ...Q ëAg. Raise, Ready,  ©¯P I. ëAJÓ,Q ëAg. Random, Real,   ùK@ñ‚« ù® J®k Random-access memory, Reality check, Random numbers,    Real Memory,     é JK@ñ‚«X@Y«@, é JK@ñ‚«ÐA¯P@ é J® J®k èQ»@X Random testing, Real mode, Range, øYÓ Real number, Rank, éËQ  Ó Real path, Rapid prototyping, Real-time, øPñ¯ Raster,   Realtime, ú æÓA‚Ë@ i‚ÖÏ@ ñ¢k ø Pñ¯ Raster file, úæÓA‚ ­Ê Ó Real time, úΪ¯ I ¯ð Raster font,  Real-time structured analysis, ' ù ¢®K¡k ø ñ JK. É JÊm Rastergram, ø Pñ¯ Raster graphics,   Real user,   é JJÓA‚ HA JÓñƒP ùª¯@ñË@ÐYjJ‚ÖÏ@ Rasterising, Reassembly, Reboot,   Rasterization, ¨C¯@ èXA«@ Rasterizing, Recalculate, Raster op, Receipt, É J“ñK Raster subsystem, Receive, Rate, é«Qå ,YªÓ Received, Rating,    Receiver,  QK Y®K, ék. PYË@Y KYm' ÉJ.®J‚ÖÏ@ Ratio, éJ‚ Receptivity, . Recipe,     Rational, é KQ ’ m' ém'B, 鮓ð Rave on, Recipient,

Raw, ÐAg Recognition, ¬QªK Raw data, Reconnect,   ÐAg HA J¢ªÓ ÈA’@ èXA«@ Raw memory,   Record,   èXQm.× èQ»@X éÊ Jj. ‚ Record (verb),  Raw mode, É Jj. ‚ Recover,  Ray, èQ k ¨Ag. Qƒ@ Ray casting, Recovery, èXA ªJƒ@ Rectangle,  Ray tracing, É J¢‚Ó Re-, Rectangular, Reachable,  Recurrence, é JË@ ɓñJÓ , é JË@ Èñ“ñË@ á ºÖß Read, èZ@Q ¯ Recurse, Recursion,  Refresh rate, èXðAªÓ I KYjJË@ÈYªÓ Recursion theory, Refuse, ‘ ¯P Recursive, øP@QºK Refutable, ñ ¯Q Ó Recursive definition,   Regenerate,   øP@QºK ­K QªK Y JËñK èXA«@ Recursive descent parser, Regex, Recursive type, Region, Õæʯ@ ,Q¢¯ Regional network,       Red, QÔg@ é KQ¢¯ éºJ.ƒ , é JÒ Jʯ@ éºJ.ƒ Redemption,  Register,  X@XQƒ@ É Jj. ‚ Redex, Register allocation, Redirect,   Register assignment, é Jk. ñK èXA«@ Redirection,  Registered port, é Jk. ñK èXA«@ Éj. ‚Ó Y®JÓ Redirectort, Register set, Redirect output, Register spilling, Redisplay, Q ªË@ Yg Register-true, Redo, èXA «@ Registration, ÉJj‚Ë@ . Redocumentation, Registry, Éj. ‚Ó Redraw, Regression, Reduce, ‘®K Regression analysis, Reduction, ‘®K Regression curve, Reduction strategy, Regression testing, Redundancy, Regular, Ñ¢ JJ Ó

Redundant array, Regular expression, ù¢Öß Q J.ªK Red zone, Regular graph, Re-engineering, Regulate, Re-entrant, Reify, Ref, Reincarnation, cycle of, Refactoring,  Reinstallation,   © J’JË@ èXA«@ I  J.JË@ èXA«@ Reference, Reject, ©k. QÓ ‘¯P Reference counting,   Rejected, ùªk. QÓ Y« ,©k. @QÖÏ@ Y« ñ¯QÓ Relation,  Referential integrity, ùªk. QÓÉÓA¾K é¯C« Referentially transparent, Relational algebra, Referential transparency,   Relational calculus, , é J ª k. Q Ó é J ¯A ® ƒ    Relational database,    é J¯A®‚Ë@ é Jªk. QÓ é J£AJ.KP@ HA KA JK. èY«A¯ Referer, ÈY K Relational database management system, Referral,  éËAg@ Relational data model, Reflexive, »A« Relational language, Reflexive domain, Relational model, ù®KC «¡Öß Refresh, €A ªK@ Relationship, Refreshable,   Relative, €AªKC ËÉK.A¯ úæ‚ Refreshable braille display, Relatively prime,. Refreshable display, Relative path, ú æ.‚ PA‚Ó Relative pathname, Repeating group, Relay,  Repeat loop,  É KYK. ,ÈA®J Ó XXQK é®Êg Relay host, Repetition, Release, P@Y“@ Repetitive strain disorder, Released version, Repetitive strain injury, Relevance,    Replace,  é KQ  JÖß é® J£ð ÈYJ.ƒ@ Reliability,    Replaceable unit, HA J.K, é®K Replacement,  Reliable communication, ÈCg@ ,È@YJ.ƒ@ Relief,  Replacement algorithm, èYm.' Reload,   Replicate, É JÒm' èXA«@ PQº K ,­«A’  Replication,  Rely on, úΫYÒJª K P@QºK, 鮫A’ Ó Remailer, Reply, XP Remaining,  Report,  †AK. QK Q®K Remark,   Reports,  é¢ kCÓ QK PA®K Repository,  Remind, Q »YK Q®Ó Reminder, Representation, Remote, Y JªK. ,YªK. á « Requeriments, Remote access, YªK á « XA ® K Request, IÊ£ .  . Remote control, YªK. á « Õºm' Request for proposal, Require,  Remote echo, Y JªK. øY“ I. Ê¢ Remote login, Required, Remote monitoring,   Requirement,   YªK. á « éJ.¯@QÓ h. A JJk@ ,I. Ê¢JÓ Remote procedure call,  Requirements analysis, YªK. á « Z@Qk. @ ZA«YJƒ@ Remote shell, Reseller, Removable, È@Q Ó Resend, Removable disk, Reserved block, Remove,  Reserved blocks,  éË@P@ A‚Ë@I. Ë@ñ¯ Reserved memory,   Removed, èPñ j. m× èQ»@X Reset,  Remove invisible content, Q ®’ Rename,    Reset button,   é J҂ èXA«@ ù[email protected]@ ©“ñÊË èXA«@ PP Render,    Resident,  (Q “ .¬) Q  J’ Õæ®Ó Rendering,  Resident memory,    Q  J’ éÒ J®Ó èQ»@X Residual,  Rendezvous, Y«ñÓ ù®J.JÓ Renew,  Resizable,    Y KYm.'@ €A J®Ë@ Q  Jª JËÉK.A¯ Resize,   ReNice, see Nice Õæj. m' èXA«@ Reorganize,   Resize handle, Õæ ¢JK èXA«@ Repaginate, éj® ’Ë@X@Y«@ èXA «@ Resize pointer, Repagination,   Resolution,   éj®’Ë@X@Y«@ èXA«@ éKA J.ƒ@ Repair,  Resolutions,  iJ ʒ H@P@Q ®Ë@ Repeat,    Resolve,    Y KXQK ,P@QºK, èXA«@ ÉÊg ,†Q¯ ,Ég Repeater, XXQÓ Resolver, ÈAg Resolver library, Rhombus, á ªÓ Resource, Rhythm,  XPñÓ ¨A® K @ Resource bundle, XPñÓ éÓQ k Rich object,   Resource control, XPñÒÊK. Õºm' Right, l• ,á Öß Resource element,   Right brace,   Qå”JªË@ ­K QªKÕ¯P é J JÖß èQå• Ag Resource fork,  Right bracket,  XPñÓ éJ.ªƒ (ù)J JÖß €ñ¯ Resource-group, Right-click,  á Ò JË@ úΫQ®J K Resource group, Right join, Resource monitor,  Right-justify,  XP@ñÖÏ@I. ¯@QÓ á Ò JÊË è@XAm× Resource pool, XP@ñÓ ñ k Right outer join, Resource state, XPñÖÏ@ éËAg Right outside, Resource status,  XPñÖÏ@ éËAg Right parenthesis, úæ JÖß ÈCë Resource type, Ring network,    XPñÖÏ@ ¨ñK ɾ‚Ë@ é J®Êg éºJ.ƒ Respawn, Rings, I ®Êg Response,  Ring topology,   éK.Ag. @ ù ®Êg úÆÊKè Response time,    Rip,   éK.Aj. JƒB@ I ¯ð é JÔ¯P¡Aƒð q‚ Responsible, Èðñ ‚Ó Ripcording, Restart,   Robot, É Jª‚ èXA«@ Hñ K.ðP Restore, XAªJƒ@ Robus, Restrict, PA’J¯@ Role, PðX Restriction, PA’J¯@ Roll, Restructuring,   éʾ Jë èXA«@ Rollback, Result,   éjJ J Ë@ Rolling upgrade, Resume,  Room,  ­KAJƒ@ é¯Q« Rete, Root, øPYg. ,PYg. Retrieve, Q    Root account,  ¨Ag. ƒ@ , èXAªJƒ@ ,I. m ø PYg. H. A‚k Retry, @XYm.× ÈðAg Root bridge, Return,  èXñ« Root directory, PYm.Ì'@ É JËYË@ Return from interrupt, Root disk,  øPYg. Q¯ Reusability,    Root file system, ÈAÒªJƒB @ é KP@QºK øPYg. HA ®ÊÓÐA¢  Reuse,     ÈAÒªJƒB @ P@QºK,ÈAÒªJƒB @ èXA«@ Root mode, øPYg. ¡Öß Reverse, Root node,    €ñºªÓ é KPYg. èY®« Reversed, €ñºªÓ Root user name, øPY mÌ'@ ÐYj J‚ÖÏ@ Õæ @ Reverse engineering,   . é J‚º« ém.×QK. Root version, Reverse polish syntax, Root Window, PY mÌ'@ èY ¯A K Reverse video, . ñ KY J®Ë@ º«@ Roses, Revert, ºª K Rotary debugger, Revision,  éªk. @QÓ Rotate, Èñk P@X ,PðY K Revocation, ÈA¢. @ ,I. m Rotation, à@PðX Revoke, É¢J. K ,I. j‚  Rotational latency, Revolutions per minute,    Rotation object, é® J¯YË@ ú ¯ H@PðX Rotation objects, Rotations per minute,    S é® J¯YË@ ú¯ H@PðX  Rough translation,     Safe, é J. KQ®K éÔg. QK áÓ@  Round, PðYÓ Safe mode, á Ó@ ©“ð Safety,   Rounded rhombus, é KA¯ð ,á Ó@ Safety-critical system, Rounded square, PðYÓ ©K.QÓ Round-robin, Salt, iÊÓ Round-trip time, Salt substrate, Route,  Salutation,  ‡KQ£ ÐCƒ ,I. JkQK Salvage,    Routed, èXQmÌ'@ éÒ J¯ Route flapping, Sample, ú« Routeing, Sample Rate, Sample rate,   Routeing domain, àA JJ«B @ YªÓ Sampling,  Router, ék. ñÓ àA JJ«@ Routine,   Sampling frequency,   èQ Kð àA JJ«B @ XXQK Routing,  Sampling rate,  é Jk. ñK àA JJ«B @ÈYªÓ Routing table, é Jk. ñK ÈðYg. Sandbender, Sandbox,    Row, ­“ ,Q¢ƒ Èñ“ñË@Y KYm' é JË@ Row-level locking, Sanity check, RPM package, ᪫ éÓQ k Sans,  Sanskrit,   RSS Feed, èQå „ PY’Ó é J KQº‚‚Ë@ Sans serif,  Rude, É KYÓ Q « Rule, èY «A¯ Satisfiability problem, Saturation,  Ruler, èQ ¢‚Ó ©J.‚ Rulers, Save, ¡ ® k Run, Say,  Y J®J K ɯ Scalability,   Run code, ©ƒñJË@ é JÊK.A¯ Scalable,  Runic, Y KYÒJÊËÉK.A¯ Scalable resource,      Run-length encoding, ú΃ XPñÓ, é J¯QÊËÉK.A¯ XPñÓ Run level,   É Jª ‚ øñJ‚Ó €A J®Ë@ Runnable process,  Scalable service,  Q    úÎ Jª‚ Z@Qk. @  é J¯ ÊË éÊK.A¯ éÓYg Run time, Scalar, ú΃ (XY«) Scale,   Runtime, ÉJª ‚Ë@ á ÓP Õ΃ ,€A J®Ó Scaling, Run-time, úÎJª ‚ á ÓP Scaling Factor,  Run-time environment, úÎJª ‚ á ÓP¡ Jm× €A J®Ë@ÉÓAªÓ Scan, Run-time error, úÎJª ‚ á ÓP A¢k i‚Ó Scan line, Run-time library, úÎJª ‚ á ÓP éJJºÓ i‚ÖÏ@¡k . Scanner,  Runtime library, úÎJª ‚ á ÓP éJJºÓ ém AÓ . Scan path, Run-time support, úÎJª ‚ á ÓPÑ «X i‚ÖÏ@PA‚Ó Scan register,  Run-time system, úÎJª ‚ á ÓPÐA ¢  i‚ÖÏ@ Ém. Scenario,    Runtime system, Jª ‚ á ÓPÐA ¢  (ɒ®Ó) YîD„Ó éK.AJ» ú Î Scheduel, ÈðYg. Script language, Schedueler,  Scroll,  éËðYg. l×. AKQK. ,ÈðYm.× ­Ë Schedueling, Scrollable list,     ‡ËQ ÊË éÊK.A¯ ém'B Schedule, ÈðYg. Scroll arrow, QK QÒJË@ÑîD Schedule manager,   Scrollbar,  éËðYg. úæ„Ó, éËðYg. Ñ¢ J Ó ‡ËQ Ë@¡ Qå Scheduler,  Scrollbars, éËðYg. l×Q. .Ó ,ÈðYm.× Scheduling,  Scroll box,  éËðYg. QK QÒJË@ †ðYJ “ Schema, ¡¢m × Scrolling, ‡Ë Q Ë@ Schematic,  Scroll pane,  ù¢ J¢m' ‡ËQ Ë@ hñË Schematic capture, Scrozzle, Schematic type variable, Scruffies, Scheme,  × SCSI, é¢k ,¡¢m ø Qºƒ Scientific, ùÒÊ« Scuzzy, Scientific notation,     SC/XSpread, é JÒÊ« HA® JJ.¢ h. @QkB @YJ« ­Ë Scope,  Search,  ' †A¢ Im . Scoring, PQ k@,P@Q k@ Search Domains, I m'. HBA m.× Scratch,   Search engine, .(Q®“) Zúæ B , é K@YK. I m'. ¼Qm× Scratch disk,   é‚.Qk Q¯ Searching, Scratch file,  Search string,  é‚.Qk ­ÊÓ I jJ.Ë@ éʂʃ Screen,  Search term,  éƒA ƒ I jJ.Ë@ iÊ¢’Ó,I jJ.Ë@ èXQ®Ó Screen blanker,  Second, éƒA ‚Ë@ ‘ JJ.Ó úGAK Screen capture,   Secondary,  éƒA ‚Ë@ A®JË@ øñKAK Screencast, Secondary cache, Screen editor,  Secondary Colors,  éƒA ‚Ë@PQm× é KñKA K à@ñ Ë@ Screen lock, éƒA ‚Ë@É® ¯ Secondary key, úGA K hAJ® Ó Screenname, Secondary storage,  øñKA K áK Q m' Screen popping, Second generation computer, É Jm.Ì'@ H. ñƒAg Screen reader, éƒA ‚Ë@ øZPA¯ úGA JË@ Second generation language,  Screen refresh, úGAJË@É Jm.Ì'@ éª Ë Screen saver, Second level cache, Screen Saver, éƒA ‚Ë@ é¢ ¯A g Second normal form, Screensaver,   Section,   éƒA ‚Ë@ é¢ ¯Ag (H. AJ») H. AK. , Õ愯 Sector,   Screen scraper, éJ.ªƒ ,¨A¢¯ Screen server, éƒA ‚Ë@ÐXAg Sector interleave, Screen sharing, Sector interleaving, Sector map,   Screenshot, éƒA ƒ é¢®Ë ¨A¢®Ë@ é¢ Qk Screw, Sector mapping, Y‚® K ,½®Ó  Scrip, Secure, á Ó@ Script, Secure channel,     XQå ,úæ” l×. AKQK. éJÓ@ èAJ¯ Scripting, Secure keyboard,

Scripting language, Security, àA Ó@ Security breach, Serialise, Seek, ùªƒ Serial line, ú΂ʂ ¡k ,ɂʂÓ¡k Seeking,  Serial port,  A J«Aƒ ú΂ʂ Y®J Ó Seek time, Serial processing, ùª‚Ë@ á ÓP, à@Y‚ Ë@ á ÓP Segfault, Serif,  É KYÓ(¡ k) Segment, 骢¯ Serve, ÐYg @ Segmentation,  Servelet, Õæ ‚®K Segmentation and reassembly, Server, ÐXAg Segmentation fault, Serverlet, Segmented address space, Server room, ÐXAm Ì'@ é¯Q « Select, ZA®JK@ Servers, ÐX@ñk Selection,  Server-side,   ù®JJ Ó YJ «,ÐXAmÌ'@ ÉJ.¯ á Ó,ÐXAmÌ'@ é JkAK á Ó Selector, ÐXAm Ì'@ Server-side include, Self-test, ùKA ®ÊK ‘m¯ Selvage, Service, éÓYg Semantic, Serviceability, éÓYm Ì'@ èPY ¯ Service interface,   Semantic gap, éÓYmÌ'@ éêk. @ð Semantic network, Service provider, é ÓYg Q¯ñ Ó, é ÓYm Ì'@ Q¯ñ Ó    Semaphore, éÓYj ÊK . XðQÓ,IKQKB @ Semiautomatic,    Servlet, ùKA®ÊK éJ.ƒ Session,  Semi bold, é‚Êg. Semicolon, Session layer, Set,  Semi light, á  JªK Set abstraction, Send, ÈAƒP@ Sendding, Set associative cache, Set complement, Sender, ɃQÓ Send-Monitor, Set comprehension, Sense,  Set-Operation, €A‚k@ , éj. JÓ Set theory, Sensitive, €A‚k Sensor,  × Setting, m. Settings, Sentence,  g H@X@Y «@ éÊÔ . Settlement,   Separate compilation, é Kñ‚ Settling time,  Separator, ɓA¯ P@Q®JƒB@ (úÍ@ Èñ“ñË@) á ÓP September, Set-top box, ÈñÊ K@ Setup,  Sequence,   I  J.K é JËAJJÓ Set up, Sequencer, ©K.AJJË@Ñ¢ J Ó Sequential codec, Seven layer model, Severity,    Sequential coding, èñ‚¯ , èYƒ Sequential file matching, Sexadecimal, Sha-bang, Sequential processing, úÍAJJÓ Y J® J K, éJËAJJÓ émÌ'AªÓ . Shabang, Serial, ɂʂÓ Shading,   Shriek, É JÊ ’ Shadow, Shrink,  É£ ‘ JÊ®K Shadow file, Shut down,   É Jª ‚Ë@ ¬A® K@ Shadowing,  Shutdown,       É JÊ¢ É Jª‚Ë@ á « ­¯ñJÓ,É Jª‚Ë@ ¬A® K @ Shadow ram, Side bar, úæKA g. ¡ Qå Shaft, Side-effect, . úæKA g. Èñª®Ó Shallow binding, Sig, . Shape, ¬C « ɾƒ Sigma, Sign,   Shaped text, èPAƒ@ ,Q ÓP ,©¯ñ K Share,  Signal,  ¼Q‚Ó,ÑîD èPAƒ@ Shared-address,   Signalling rate,   ¼Q‚Ó à@ñJ« H@PAƒB @ÈYªÓ Shared memory,    Signature, é»Q‚Ó èQ»@X ZA’Ó@ Shared object, ¼Q‚Ó á KA¿ Signature block, Shareware,  Significance,  é JJ. ’ HA Jm.×QK. úæªÓ, éËBX Shar file, Silently, ú Gñºƒ Sharp, XAg Silicon chip, Sharpen, Silo, Sharpness, Yg , é¯X ,hñ“ð Silver bullet, Sheet,  Simple, é¯Pð ÉîD ,¡ J‚. Sheets,  Simple multicast protocol, é J¢«@ Shelf, ¬P Simple path, Shell, é¯ Y “ Simplex, Shell procedure, Simplex method, Shell scrip, Simplex printer, Shell script, Simship, Simulated annealing,  Shell variable, áK YÊJË@ èA¿Am× Shielded twisted pair, Simulation, èA¿A m× Shift, ék@P@ Simultaneous shipment, øPñ¯ ÈAƒP@

Shift key, hAJ® ÖÏ@ úΫ †A ® K@ Since, YJ Ó Shift left logical, Since saving, Shift right logical, Sine, Ship, Sine wave, Shockwave, Singapore, èPñ ® ª J ƒ Single, Shopbot, Y KQ¯ Shortcut, Qå”Jm × Single assignment, Shortcut key,   Single-attached, PA’JkB@ hAJ®Ó Shortest job first, Bð@ Q唯B@ éÒêÖÏ@ Single-duplex, Shorthand, Single-electron transistor, Shovelware, Single ended, Show, Single inheritance,   PAê£@ èYgñÓ éK@Pð Shred, Single inlinememory moduleviewing pipeline, Single-instance, Smail, Single-precision, Smalles, Single quote, Smart, Single sign-on,  Smart card, øXAg@ ÈñkX É Jj. ‚ Smart terminal,   Single sourcing, èPñ¢JÓ é J¯Q£ Single static assignment, Smash case, Single system, Smash sum, Smiley,  Singleton variable, éÓA‚K.@ Single-user mode, Smooth, Y JkñË@ÐYjJ‚ÖÏ@¡Öß Ñ«AK SMTP,  Sink, ¨éJ“ Site, ©¯ñ Ó Snaf, Sitename, ©¯ñ Ó Õæ @ Snag, Size,  Snail mail, 骃 ,Ñm.k Size box,  Snap, ÐAm.kB@ †ðYJ “ Skew, ¬@Q m' @ Snap dump, Skewness, Sneakernet, Sniff,  Skin, Õæ„J‚  ,‡‚J‚  Skip,  Sniffer,   ù¢m' éºJ.‚Ë@I. ¯@QÓ Skolemisation, Snippet, ©¢®Ó Snooze,   Skrog, èñ®«, èZA®«@ Skulker, Social science number, Socket,  Sky, ZAÖÞ .®Ó Slant, SOCKS Server, 'ðé“ ÈXAK Slash, Softcopy, Slashed Cross, úæƒ €ðQ» Soft key, Slave, Soft keys,   ©K.AK ÈñjJË@ iJ KA®Ó Slave cycle, Soft limit, Slave driver, Soft link, Slave server, Soft return, Software,  Sleep, ÐñK é Jm.×QK. Sleeping, Software audit,   Õç'AK l×. AKQ.Ë@ ‘m¯ ,l×. AKQ.Ë@ éK.A¯P Slice,  Software bug, ém' Qå Slide,   Software development kit,    ‡ËQ K , ém' Qå l×. @QK. QK ñ¢ éJ. J®k Slider, QK QÒJË@¡ Qå Software development life cycle, Sliding-window, Software enabling, SLIP, Software engineering,  ×Q  © J“ HA Jm. .Ë@ é ƒYJë Slog, Software Foundation, ¨PA ¯ €A ƒ@ Slogan, PAªƒ Software handshaking, Slot, éjJ¯ Software interrupt, Slow, Zù¢. Software law, Slow terminals,  Software life-cycle, éJ J¢. ¬P A¢Ó Software metric, Span,   éëQK. ,¨A‚@ Software patent, Spanning tree algorithm, Software piracy,   Spare,  l×. @Q.Ë@ éJ“Q¯ ù£A JJk@ Software pirate,  Sparse, l×. @Q.Ë@ àA“Q¯ Software reliability, Spawn,        l×. AKQ.Ë@Èñ« é KPX ,¨A¯YKB@ 颮K,†AJ.KB@ 颮K Software theft,  Speaker, l×. @Q.Ë@ é¯Qå Softweave, Spec, Soft wrap, Special, Ag Softy, Special character, Solarization, Special file, Solid, Specialisation, ' I. ʓ ‘’m Solid lines, Pñ¢‚Ë@ á ÓXY« ú支@ Specialized, ‘’j JÓ Solid model, Specials, HA J“Ag Solid-state storage device, Specific address, ‘’m × à@ñ J « Solution, Specification, é® “@ñÓ Sort, PQ ¯ Specific markup, Sorted,  Specify,  I. KQÓ,PðQ ®Ó Y KYm' Sorting,   Specular, I.  KQK,PQ ¯ Sort order, Speculative evaluation, Sound, Hñ “ Speculative execution, Sound card,  Speech recognition, Hñ ’Ë@ é¯A¢. ÐC¾Ë@ úΫ ¬QªJË@ Soundness, Speech synthesis, Source, PY’Ó Speed, é«Qå Source code,   Spell, é Jʓ·»ï@ èQ® J‚Ë@ Source language, Spellcheck,   éJj. îDË@ éªk. @QÓ Source package, Spell checker,  ù KCÓ@ ‡¯YÓ Source route, Spelling, ZAj. ë Source routing, Sphere, èQ » Source tree, Spider, Southbridge, úGñJ m.Ì'@ Qå„m.Ì'@ Spike, Space, . Spill, ÈAm.× ,¨@Q¯ ,ZA’ ¯ àA ¯ñ£ Space bar, ¨@Q ® Ë@ hAJ® Ó Spinbox, Spacebar, ¨@Q ® Ë@ hAJ® Ó Spiral, Space character,   Pñ ÓQË@ èQ ®‚ Spiral model, Space complexity, Splash,  @YK. éƒA ƒ Space leak, Splash screen,   é K@YJ.Ë@ éƒA ƒ Spacing,  Split,  èY«AJ.Ó ÐA‚®K@ Spaghetti code, Split brain, Spam, ÐAm  Split pane, Spamdex, Splot, Spamming, Spoof, ÉjJ K Spoofing, Star network,   éÒm.' ɾƒ úΫ éºJ.ƒ Spool,  Start,  èQºK. é K@YK. Spooler, Start bi, Spread sheet,  Starting, H. A‚k é¯Pð ZYK. Spreadsheet, YJÜØ ÈðYg. Start tag, Startup,  Spread spectrum communications, É Jª ‚Ë@ZYK. Sprite, Startup files, ZYJ.Ë@ l×. AKQK. HA ®ÊÓ Sprocket feed, Startup Program,  É Jª ‚ ZYK. l×. AKQK. Spyware,  State,  ‚m.' l×. AKQK. éËAg Square, ©K.QÓ State diagram, Square bracket,  Stateless, ©K.QÓ €ñ¯ Square numbers,   State machine, éªK.QÖÏ@X@Y«B@ Squatting,  Statement, ZA’¯Q®Ë@ (€ñÊg. ) Stabilize, State transition diagram, Stack,  Static, P , é“P úGñºƒ ,I K.AK Stack compression, Static allocation, Stacked, Statically typed,   Stack frame, Static analysis, á »Aƒ É JÊm' ,I K.AKÉ JÊm' Stacking order, Static database management system, Static field,  Stack loader, I K.AKÉ ®k Stack overflow, Static link, Stack pointer, é“QË@ Qå ñ Ó Static linking, Stack segment,   Static nested scope, é“QË@ á Ó Pñ j. m× ©¢®Ó Stack traceback, Static nested scoping, Staircase, Static random access memory, Staircasing, Static scope, Stake, Static typing,

Stalled, Statistical, ùKA ’k@ Standalone, Statistical time division multiplexing, Stand alone,   Statistics, éK@YK. Õç'A¯ HA JKA’k@ Standard,  Stats, úæ A J¯ Status,  Standard deviation, øPA JªÖÏ@ ¬@Qm'B@ éËAg Standard disclaimer, Statusbar, Standard error,  Status bar, úæ A J¯ A¢k HA ÓñʪÖÏ@¡ Qå Standard for robot exclusion, Steganography, Standard input,   Stemmer, úæ A J¯ ÉgX Standard interpretation, Stemming, Standard output,  Step,  úæ A J¯ h. Qk èñ¢k Standard semantics, Step increment, Standby, ù£A JJk@ Stepwise refinement, Star,  Stereogram, éÒm.' Stereotype, Stripe set, Sticky, Striping, Sticky analysis, Stroke, ÐY’  Sticky bit, Stroke font object, Sticky content, Strongly connected component, Sticky data, Strongly typed, Sticky keys, Strong typing, Sticky notes, Struct, Stipple, Structural recursion, Structure,  Stochastic, ùK@ñ ‚« é JK. Stock-keeping unit, Structured analysis, Stock Ticker,  Structured design, :ù®J.JÖÏ@ àð Q jÖÏ@ Stone, Structure diagram, Stop, ¬ñ ¯ð Structured language, Stop bit, Structured programming, Stub,  Stopping, èPYK. Storage,  Stub network, áK Q m' Storage pool, Stupid-sort, Storage space,  Style, áK Q jJË@Ñm.k H. ñʃ@ Store,  áK Q m' Stylesheet, Store and forward, Stylewriter, Stored procedure, Sub, ú«Q¯ Storm, Subband encoding, Stream,    Subclass,   ‡¯YK, ‡¯X é J«Q¯ éJ¯ Streaming, Subdirectory, Stream-oriented, Sub directory, ú«Q¯ É JËX Strength reduction, Subdivision, Stress testing, Subfield, ú«Q¯ É®k Stretch, Sub folder, × ú «Q¯ YÊm. Stretched, XYÜØ ,XYÒJÓ Subject, Strict, ÐPA“ Subject index, © J“@ñ ÖÏ@É JËX Strict evaluation, Subject-oriented programming, Strikeout, Sublanguage, Strikethrough,  Submenu, ¡k 颃ñJ K ,H. ñ¢‚Ó Strikethrought, Submission, ¼@Qƒ@ String, ©¢®Ó Submit, ɃP@ ,¼Qƒ@ String reduction, Subnet, String variable, Subnet address, Strip,  Subnet mask,    ¨Q K, 鮃 é J«Q®Ë@ éºJ.‚Ë@ ¨AJ ¯ Stripchart program, Subnet number, Stripe, Subnetting, Subroutine, Superpipelined, Subscribe,  Superscalar, É Jj. ‚ Subscribed, Superscript, Subscribing, Superset, Subscript, Supertype, Subscription,  Superuser, É Jj. ‚ Subset, Supervisor mode, ¬Qå „ÖÏ@ ©“ð Subshell support, Support, èY «A‚Ó,Ñ«X Substituted, Supremum, Substitution, Surface, ékA‚Ó Substrate, Surfaces, Substring, Surfing, Substructure, Surjection, Subsystem, Surjective, Subtitle, Surrogate key, Subtotal, Suspend,   ú«Q®Ë@ ¨ñÒj. ÖÏ@ ‡J ʪK Suspension,  Subtract, ­J ¯ñK Suspicious, Subtype, é J¯ ¼ñº‚Ó Subtyping, Svg, Swallow, Succeed, hAm.' ©ÊK.@ Successor, Swap, É KYJ.K Swap file,   Sufficient, ú¯A¿ é KQëA¢ Ë@ èQ»@YË@ ­ÊÓ Sufficiently small, Swap partition, A J¯A¿ Q ª “ Suffix, é®kB Swapped in, Suggest, h@Q¯@ Swapped out, Suggestion, h@Q¯@ Swapping, Swap space, Sum, ¨ñÒm.× ,©Ôg. Summary, ‘jÊ Ó Sweden, Y Kñ‚Ë@ Swedish,  Sum (noun), ¨ñÒm.× é KY Kñ‚Ë@ Sum (verb), Switch, ' ©Ôg. Èñm Sun-stools, Switchboard, Super, Switched virtual circuit, Superblock, Switched virtual connection, Superclass, Switching, Supercombinators, Switching hub, É KYJ.K ¨Pñ Ó Supercompilation, Switch level, Yg@ð øñJ‚Ó Supercomputer, Switchover, Superhighway, Switch statement, Superimpose, Switzerland, @Qå„ ñƒ Super minicomputer, Swung dash, SYLK file,  Superordinate, ­ÊÓZA®JK@ Symbol, Q ÓP System controller, Symbolic inference, System kernel, ÐA¢ J Ë@ è@ñ K Symbolic link,   System management, é KQ ÓP éʓð Symbolic logic, øQ ÓQË@ ‡¢ J ÖÏ@ System manager, Symbolic mathematics, System message, Symbols, Pñ ÓP System name, Symlink,   System number, é KQ ÓP éʓð Symmetric,  System operator, Q£ AJJÓ System programming language,   Symmetric control, ÐA¢ J Ë@ ém.×QK. éª Ë Symmetric key cryptography, Systems analyst, Symmetric multiprocessing,    System settings, é®ÊJm× èXYªJÓ ém.Ì'AªÓ Symmetric multiprocessor, Systems jock, Sync,  System software, éJÓ@Q Ó ÐA¢JË@ l×. AKQK. Synchronize, éJ Ó@Q Ó Systems operator, Synchronized, Systems programmer,  éÒ¢B@ l×Q. .Ó Synchronous,  Systems programming,   á Ó@Q Ó éÒ¢ B@ ém.×QK. Synchronous key encryption, System state, ÐA¢ J Ë@ éËAg System testing,   Sync level, ÐA¢ J Ë@ éK.Qm.' Sync pulse, System tray, Synflood, System type, ÐA¢ J Ë@ ¨ñK Synonym, ¬X@ QÓ,¬X@Q Ó System unit, ÐA¢ J Ë@ èY gð Synonym ring, Systolic array, Syntax,  é«A J“ Syntax directed translation, T

Syntax error,  Ì Tab, éÊÒm. '@ ZAJK. ú ¯ A¢k àA‚Ë Syntax tree, Table, ÈðYg. Synthesis,  Tabulation,  áK ñºK éËðYg. Synthetic image,   é J«AJ ¢“@ èPñ“ Tag, Õæ ð Sysadmin, Tagging, System, ÐA¢  Talk, System administration, ÐA¢ J Ë@ èP@X@ Tall, System administrator, Tar archive,  ÐA¢JË@ QK YÓ é£ñ®m× ZA‚@ System analysis,  Target file,  ÐA¢JË@É JÊm' ,ÐA¢JË@ ‘m¯ ­ÊÓZA®JK@ System analyst, Task, éÒêÓ System beep, Taskbar, ÐAêÖÏ@¡ Qå System bell, ÐA¢ J Ë@ €ñ¯A K Tastkt, System board, ÐA¢ J Ë@ hñË TCLASS, System bus, TCP/IP,   © K@ éÔg. QK System call, Team, System catalog, Tear-off, System Configuration, ÐA¢ J Ë@ HA ® KQªK Technic, Technique,   TODO List,   é JJ ®K ÐAêÖÏ@ éÖßA¯ Technology,   Toggle, éKA ®K É KYJ.K Telnet, Token, Temp file, I ¯ñ Ó ­Ê Ó Tolerance, Template,  Tool,  I. ËA¯ è@X@ Temporary buffer,   Toolbar, (èAJ.m× èQ»@X) Tentative, Q Toolkit, ù KAîE « Term, iÊ¢’Ó Tool menu, H@ðX B@ éÖß A¯ Terminal,  Tooltip, é J¯Q£ Terminate, .ZAîE@ Topic, ¨ñ“ñ Ó TERM variable,  :Q  Jª JÊËÉK.A¯ Q « Trace, Ternary, Track, Test, PAJ.Jk@ Track ball, Test Module,  Transfer,  èYgñË@PAJ.Jk@ É®K Text, Transfer statement,   ‘ É®J Ë@ éÒ JʪK Text area,   Transitive,  © JÊJ.JË@ ékA‚Ó é KYªJÓ Text only,  ¡®¯ ‘ Translate, Ñk. QK Textual name, Transmission channel,     Èñ“ñÖÏ@ Õæ @ èAJ ¯ ‡Ê«XY’. éÓYmÌ'@ Theme, éÖÞ ÈAƒPB@ Transparent, Thesaurus, Q  ºÓ ¬A®ƒ Third-party, Transpose, Third-party repository, Trash, HC ÒêÓ Thread,   Tree,   邯AJÓ èQm.  Threading,  Triangular numbers,   I. ª‚ éJÊJÖÏ@X@Y«B@ Threshold,  Trim, : éJ.J«
Ë@ Thumbnail,  Tty, èQª ’Ó   Thumb Nails, Turing Machine, éËB@ ‡Ê« Tick, Tutorial, Ticker Properties, éÖß A®Ë@ ‘A ’k Tweak, Tilde, èY Ó Type, ¨ñK Type bindings,  Tile, é JJ.JË@ ¨ñK Time format,    Type mismatch,  I¯ñË@ éJ Jë ¨ñJË@ ú ¯ ¬CJk@ Timeout, éÊêÖÏ@ I îDK@, éÊêÓ Typesetting, Timer, I ¯ñ ÖÏ@ Timestamp, U Time stamp,  Ubiquitous computing, Õæʃ Q « I ¯ð Timezone, Ultra-large-scale, Timing,  Umount,  I J¯ñK ɒ¯ Tint, Unary, Tip, Unary operator, Title, à@ñ J « Unasserted, Unavailable, University,  Q¯ñJÓ Q « éªÓAg. Unchanged,  Unix, Q ª Ó Q « ºK ñ K Uncompression, Unknown, Èñêm.× Uncountable, Unknown host,  ¬ðQªÓ Q « ­J ’ ‚Ó Uncover, Unlink, Uncrypted, Unload, Uncurrying, Unlock,  É®®Ë@ZAªË@ Undelete, Unmark, Underflow, Unmarked, Underline, Unmount, ɒ¯ Under line, Unnamed, ù҂ Ó Q « Underlining, Unnormalised, Underscore, ® ƒ Q¢‚ Unprotect, ú Î Undo, (É KYªK) ©k. @QK Unproto, Undocumented feature, Unpublished, Unexpected end,    Unread, 骯ñJÓ Q «é KAîE Unexpected error,  Unread only, ©¯ñJÓ Q « A¢k Unfold, Unrestricted,   Pñ’m× Q «,Y J®Ó Q « Ungroup, Unsent, Unhide, Unshielded twisted pair, PAê£@ Unicode, Unspecified, Ym'ð@ XYm× Q « Unification, Unsubscribe,  É Jj. ‚Ë@ZAªË@ Unsupported, Unifier, Ðñ«YÓ Q « Untitled, Uniform resource, àñ J ªÓ Q « Uniform Resource Identifier,  Untyped, XPñÖÏ ú ×A¢ ¬QªÓ Unify, Unzip, ­Ê ÖÏ@¡ª “ ½¯ Uninstall, Up, Uninstaller, Uparrow,  Union, Update, I KYm' Uniprocessor, Updating, Upgrade,   Unique, é J¯QK Unique key, Upgradeability, Unique sales point, Upload, ©¯P Unit, èY gð Upper, Unit in last place, Upper bound,

Unit testing, Upper case, Q J.» ¬Qk Universal, Upper memory block, Universal address, Upper Stream, Universal quantifier, Upright, Universal thunk, Upstream,  PA JJË@ øXñª“ ,H. A J‚B@ øXñª“ Universe of discourse, Uptime, Upward closure, Value added retailer,     é¯A’ Ó éÒ J¯ ðX †Q®Ó ©KAK. Urban legend, Values,  Õæ ¯ Urgent, Ég. A« Vampire tap, Urgent condition, øPðQå• Qå Vanilla, URI, Vanity domain, URL, Vaporware, Url, Var, I. Kð à@ñJ« Usability, Variable, Q ª JÓ Usage, ÈAÒªJƒ@ Variable declaration, USB, (“ð@) ÐAªË@ úæ„Ê‚Ë@ɯA J Ë@ Variance, Use, Variant,  éª KñJ K User, ÐYjJ‚Ó Variations, H@ Q ª K User acceptance testing, Vector, éj. JÓ User account,  Vector font, ÐYjJ‚ÖÏ@H. A‚k User agent,  Vector graphics,  ÐYjJ‚ÖÏ@É J»ð é Jêj. JÓ HA JÓñƒP User base, Vector processor, User-defined, Vector space, User defined, ÐYj J‚ÖÏ@ á ÓXYm× Veeblefeetzer, User directory, Vendor, ©KAK. User-friendly, Ventilator card,   Ð@YjJƒB@ ÉîD é KñîE é¯A¢. User id, Verbage, User identifier, ÐYj J‚ÖÏ@ ¬ QªÓ Verbatim copy, User interface, Verbose, I. J¢Ó User interface copyright, Verification,    ‡J ®m' User name, ÐYj J‚Ó Õæ @ Verified, Username,  Verify,    ÐYjJ‚ÖÏ@ Õæ @ ‡J ®m' Utility,  Version, éÊ Jƒð P@Y“@ Utility-coder, Versioning, èPY “@ Utility window, Versions, H@P@Y “@ Vertex, V Vertical, « ø XñÔ ,ú æ @P Vacuum tube, ¨Q ® ÓÐAÖޕ Vertical Alignment, øXñÓA« è@ XA m× Valency, Vertical application, Valid, Vertical bar,  lÌ'A“ ø XñÓA«¡ Qå Validate, ém• á Ó ‡®jJË@ Vertical blanking, Validation, éÓCƒ á Ó ‡®m' Vertical drive, Valid chars,  Vertical encoding, Õæʃ © J¯ñK Validity,  Vertical interval, é JkC“ Value,   Vertical loop combination, éÒ J¯ Value-added,   Vertically, éÒ J®Ë@ ¬A’ Ó A KXñÓA« Value added reseller, Vertical microcode, Vertical refresh, Virtual memory,   é KQëA£ èQ»@X Vertical refresh rate, Virtual path, Vertical scan rate, Virtual point of presence, Very-large-scale, Virtual reality, Vet, Virtual server, øQëA£ Õ®ÊÓ VFS,    Virus, . éK.AJºÊË éÊK.A®Ë@ Y£ HA ¢¢m× €ðQ ¯ Via, Visibility,  é KðP Video,  Visible, é JKQÓ ùKQ Ó Video adapter, Visible bell, ùKQÓ €Qk. Video card,  Visit,  HA JKQÓ é¯A¢. èPA KP Video compression, ùKQ Ó¡ª “ Visited link, Video conference, Visual, ùKQÓ ¨AÒJk. @ øQå”. Video conferencing, Visual bell, ùKQÓ €Qk. Video dial tone, Visual editor, Video display terminal, Visualisation, Video interface,  Visualization,  ñ KY J¯ éêk. @ð é JKQÓ ÐñƒP Video memory, Visual language, Video (random, Visual programming, Video random access memory, Visual programming environment, Video terminal,   Visual programming language, é JKñ KQ ®ÊK é J¯Q£ View, Q « Viz, Voice mail,  Viewer, Qê¢ Ó úGñ“ Y KQK. View model, Voice recognition, Viewport, Q ªË@ Y ® J Ó Voip, View transform, Volatile, QK A¢JÓ Volatile memory,   View volume, èQK A¢JÓ èQ»@X Vim, Volatile storage, Violation, †Q k Volatile variable, Viole, Volume, Ñm.k Virgule, Von Neumann architecture, Von Neumann integer, Virtual, iJ j’Ë@ àA Óñ JK àñ ¯ XY« Von Neumann, John, Virtual address, øQëA¢ Ë@ à@ñ J ªË@ àA Óñ JK àñ ¯ àñ k. Von Neumann machine,   Virtual cache, àA Óñ JK àñ ¯ éË@ Virtual circuit, Von Neumann ordinal, Virtual connection, Virtual Console, W Virtual Desktop,   Wait, I. JºÖÏ@ i¢ƒ é J®Êg Q¢JK @ Virtual device, Waiting, PA¢ JK@ Virtual disk, Wait state,   PA¢JK@ éËAg Virtual hos, Walk, úæ„Ó@ Virtual machine, Wall clock time, ø QëA£ PAêk. Wallpaper,     Wedgie, éƒA‚Ë@ é J®Êg Wank, Week, ¨ñJ.ƒ@ Want list, Weekday, PAîE Warchalk, Weekend,  ¨ñ J.ƒB@ éÊ¢« Wardialer, Weeks, © JK.Aƒ@ Wardriving, Weight, à Pð Warez, Weighted search, àðPñ Ó I m'. Warning, Well-connected, P@YK@ Warranty, àA Ғ Ë@ Well-known port, ¬ðQ ªÓ Y ® J Ó Watch,   éJ.¯@QÓ Well-ordered set, Watch file,  Whacker, ­ÊÓZA®JK@ Water, ZAÓ Whalesong, Watermark,   Wheel bit, é JKAÓ éÓC« Wave,  While, ék. ñÓ Wave division multiplexing, White, ‘ JK.@ Wavelength division multiplexing, White box testing, Wavelet, White paper,   ú æ®KYJ‚Ó Wavetable, Whitespace, ɓA¯ Wavetable synthesis, White trash, Wavyline, Wide area network,   骃@ð éºJ.ƒ Weakly typed, Wide character, ‘ Q« ¬Qk Weak typing, Widge, Web, Widget,  H. ð ék. Xð Web browser,   éºJ.‚Ë@ ­’JÓ Widget class, Webcam, Widget instance, Web cam,    Widget set, é JºJ.ƒ èQÓA¿ Webcasting, Widow, éÊÓP@ Webhead, Width, Q « Weblint, Wi-fi, Weblog, Wi fi, Web master,  ©¯ñÓ QK YÓ Wiggles, Webmaster,  ©¯ñÓ QK YÓ Wiki, ú¾ Kð Webmin, Wild card,  ZAg. ñë é¯A¢. Webmistress, Wildcard, ÈYK. ¬Qk Webmonkey, Winbind, Webpage, Window, èY ¯A K Web page,   é JºJ.ƒ éj®“ Window control, Web server,  Window frame,  I. Kð Õ®ÊÓ èY¯AJ Ë@PA£@ Webserver,  Window gravity, éºJ.‚Ë@ÐXAg Website,   Window icon,    I KQKB@ úΫ ©¯ñÓ èY¯AJ Ë@ éKñ ® K@ Web smith, Windowing system, Y ¯@ñ J Ë@ÐA¢   Window manager, Y ¯@ñ J Ë@Ñ¢ J Ó Workspace, ÉÒªË@ ékA‚Ó Window raster, Workspace object, Windows, PðY J Kð Workspaces, ÉÔ« HA gA‚Ó Windows messaging, Workspace switch, Window system, Y ¯@ñ KÐA ¢  Work station, ÉÔ« é¢m× Wipe, Workstation, ÉÔ« é¢m× Wired, Workweek, « ú ¾Êƒ ÉÔ ¨ñJ.ƒ@ Wireframe model, World, ÕËA«  Wireless, World-readable,  ú¾ÊƒB A JÖÏA« ZðQ®Ó Wireless bitmap, Worm,   I KQK@ èXðX Wireless local area network,  ×    Wormhole,  é JÊm 鮢JÓ éºJ.ƒ é JºÊƒB Wormhole routing, Wish list, Wound around the axle, With, ©Ó Wrap, With copy,  Wrapper, éj‚ ©Ó ¬C« Within epsilon of, Wrapping, Wizard, YƒQ Ó Wrats nest, Wizard mode,  Write,  YƒQÓ¡Öß I. J»@ Word, Qå”J «: éÒÊ¿ Write-back, Word processing,  HA ÒʾË@ ém.Ì'AªÓ Write buffer, Word processor, ñ’ lÌ.'AªÓ Write-only language, Words,  Write-protect,  HAÒÊ¿ éK.AJºË@Y“ ùÒm' Word size,  Write queue,  éÒÊ¿ Ñm.k éK.AJ» ­“ Word spamming, Write side,   éK.AJ»I. KAg. Wordwrap, Write-through, Word wrap, HA ÒʾË@ ¬A ® JË@ Write-thru, Work, Writing system,  éK.AJ»ÐA¢  Work area, ÉÔ« 鮢J Ó WVLAN, Workaround, Work around, X Workbook,  X Align, €@Q» ­J “QK Workflow, ÉÒªË@ Q ƒ X-axis, úæ Jƒ Pñm× Work group,   ÉÔ« é«ñÒm.× XDMCP socket, éJÊjÖÏ@ I »ñ‚Ë@ Workgroup,  ÉÔ« é«ñÒm.× XML, ýæk Working, Xor,  Working directory, X server, Working memory, Working set, Y Working set model, Y-axis, øXA“ Pñm× Work in progress,  PA m.'B@Y J¯ ÉÔ« Year, éJ ƒ Worksheet,  ÉÔ« é¯Pð Years, H@ñ J ƒ

Yellow, Q® “@ Yes, ѪK Yield, YKA « Yocto-, Yotta-, Yottabyte, Z Z-axis, úæ J« Pñm× Z-buffer,   I. KQÓ I ¯ñÓ àQ m× Z clipping, Zepto, Zero, Q® “ Zero assignment, Zero-content, øñJjÖÏ@Q® “ , øñJjÖÏ@ ¨PA ¯ Zero-order, Zero state,   é KQ®“ éËAg Zetta-, Zettabyte, Zigzag, Zigzagline, Zip Drive,  I £ Q¯ Zip file, ñª ’ Ó ­Ê Ó Zombie, úæÓðP Zombie process, . Zone, †A ¢ Zoning,   ‡£AJÓ úÍ@ Õ悮K Zoo,  HA K@ñ JmÌ'@ é® KYg Zoom, Q J.ºK Zoom in,  Q J.ºK, Q.» Zoom Out, Zoom out,  Q ª ’ ,Qª “ FreeBSD Documentation License

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