Oct. 5Th IBM 1401

Total Page:16

File Type:pdf, Size:1020Kb

Oct. 5Th IBM 1401 episode “Whither Canada?” The IBM 1403 series would run for forty-five Oct. 5th Oct. 5, 1959 episodes over four series. It was conceived, written, and The IBM 1403 line printer was performed Graham Chapman, IBM 1401 introduced at the same time as John Cleese, Terry Gilliam, Eric the IBM 1401 [previous entry]. Idle, Terry Jones, and Michael Oct. 5, 1959 The original could print 600 Palin. lines per minute, but the Model The term “spam” in reference to The IBM 1401 was the first 3 could manage a blazingly fast bulk, unsolicited email [March machine in the highly successful 1400 lines per minute. IBM 1400 series. IBM was 31] is derived from the show’s pleasantly surprised (perhaps It was the first printer to offer a “Spam” sketch which premiered even shocked) to receive 5,200 width of 132 columns, which on Dec. 15, 1970. “Spam” is orders in just five weeks after its was subsequently adapted by uttered at least 132 times. announcement – more than had many others devices, such as the The Python language [Feb 20] is been predicted for the entire Centronics 101 (1970), the named after the troupe, and lifetime of the device. Indeed, DECwriter II ([Sept 24]1975), Monty Python references are the number of installed and the Epson MX-80 ([Oct 00] often found in sample code. For machines peaked at over 10,000 1980). One historian believes instance, many Python coders in the mid-1960s, and accounted this unusual number of columns like to use spam, ham, and eggs for nearly half of all the derives from the spacing used by as variables, instead of the more computer systems in the world IBM’s pre-1928 punch cards traditional foo [March 10], bar, at the time. [July 20]. Also, the complex and baz. alignment between the The default Python IDE is named 1403’s chain and IDLE, and an alternative is called print hammers eric, both in honor of Eric Idle. meant that a line width divisible A 2001 April Fool’s Day joke by by 3 (such as Guido van Rossum [Jan 31] and 132) worked out Larry Wall [Sept 27] involved best. the merger of Python with Perl [Dec 18] to create “Parrot,” The 1403’s named after the Python's "Dead overstrike feature was capable Parrot" sketch. IBM 1401 System. From the left: of generating grey-scale pixel 1402 Card Read-Punch, 1401 equivalents, which meant that Processing Unit, 1403 Printer images could be reproduced; "La (1961). Photo by Gobierno de los Gioconda" was a popular choice. Mostek MK 4096 Estados Unidos. The 1403 was a noisy machine, , Released and hackers soon discovered Crucially, the 1401 cost no more patterns of text that generated Oct. 5, 1973 than a couple of IBM’s large particular frequencies. Favorite Although the Mostek MK 4096 calculators, but offered 1403 tunes included “She‘ll Be wasn't the first DRAM chip (that programmability. Originally this Comin’‘ Round the Mountain” was the Intel 1103 [Oct 1]), the meant writing machine code or and “Ode to Joy.” using Gary Mokotoff's SPS 4096 and its successors became (Symbolic Programming The 1403 was the subject of Part the best-selling version , at one System) assembler, but it 2 of Jóhann Jóhannsson’s album point achieving greater than eventually got a high-level “IBM 1401, A User’s Manual” 85% worldwide market share. [Oct 30]. language, FARGO (Fourteen-o- The secret was its use of a one Automatic Report A 1403 made a cameo circuitry trick called address Generation Operation), a appearance in Stanley Kubrick’s multiplexing, invented by precursor to RPG [Jan 00]. [April 2] movie “Dr. Strangelove” Mostek [Nov 15] co-founder The 1401 was the subject of (1964), serving as a hiding place Robert Proebsting. It meant that Jóhann Jóhannsson’s album for a portable radio. the chip only required 16 pins, whereas its competitors made “IBM 1401, A User’s Manual” [Oct 30]. by Texas Instruments, Intel, and Motorola needed 22. Original Python Oct. 5, 1969 The comedy series "Monty Python’s Flying Circus" premiered on the BBC with the 1 emphasizing user-generated ThinkPads PawSense content, ease of use, and Oct. 5, 1992 Oct. 5, 2000 interoperability for end users. Tim Berners-Lee [June 8] was IBM introduced the ThinkPad Chris Niswander won the 2000 less complementary, describing line, including the 700, 700C, Ig Nobel prize in Computer it as jargon: “Nobody really and 700T. The series is perhaps Science for his PawSense knows what it means… If Web best remembered for their red software which detects when a 2.0 for you is blogs and wikis, TrackPoint, a mini variation on cat is walking across your then that is people to people. But the joystick, located in the keyboard. that was what the Web was middle of the keyboard. supposed to be all along…” It uses momentum and timing The original design was patterns to detect the cat, developed by Richard Sapper in disables the keyboard, displays 1990, who characterized it as a the message “CAT-LIKE TYPING The Keyboard simple, black cigar box that DETECTED”, and begins playing offered a ‘surprise’ when the Gasping Harmonica Concerto Monument opened. However, the notebooks (or a loud hissing noise). were built at IBM's Yamato Oct. 5, 2005 The Ig Nobel Prizes are awarded Facility in Japan, led by Arimasa each year to celebrate unusual The Keyboard Monument is a Naitoh, who is now dubbed the achievements in scientific sculpture of a QWERTY “father” of the ThinkPad. The research. Several winners have keyboard [June 23] located in series went on to collect more utilized computers in their work. the Russian city of Ekaterinburg. than 300 awards for design and For instance, the Southern It was created by Anatoly manufacturing quality. Baptist Church of Alabama won Vyatkin and installed on this The “ThinkPad” name was an lg for Mathematics in 1994 by day. suggested by IBMer Denny employing one to estimate how It depicts an IBM PC compatible Wainwright, who had a “THINK” many Alabama citizens would go Cyrillic keyboard at 30:1 scale, notepad in his pocket [Feb 14] at to hell if they didn’t repent. with 104 concrete keys. Each the time. It was opposed by Jan Pablo Davila, a financial one weighs 180 pounds, but the IBM's corporate naming futures trader from Chile, won space bar is 1,000 pounds. committee initially as IBM the lg for Economies in 1994 for computers were traditionally losing an amount baptized with a number. equal to 5% of his country’s GNP when he Slashdot Founded accidentally instructed his Oct. 5, 1997 laptop to “buy” when he meant Slashdot (sometimes “sell” . abbreviated as /.) is a social news website that billed itself as For Bow-Lingual, “News for Nerds. Stuff that which won the Ig for Peace in Ekaterinburg Sysadmin Day [July 26] Matters”. It was founded by Rob 2002, see [Oct 3]. at the Keyboard Monument in 2011. Malda (aka “CmdrTaco”) and Jeff Photo by Karelina96. CC BY-SA 4.0. Bates (aka “Hemos”). The site's name came from Web 2.0 Malda’s desire to call it Rumor has it that if you “type” something that was both “silly Oct. 5-7, 2004 your wish on the keyboard and and unpronounceable” – just try then jump on Enter, it will come The "Web 2.0" term finally saying “h-t-t-p-colon-slash- true. If you want to reboot your caught on after a heavy-duty slash-slashdot-dot-org”. life, press Ctrl+Alt+Del [Jan 4]. popularization effort by Tim The phrase “Slashdot effect”, O’Reilly [June 6] and Dale “Keyboard Subbotniks” are held refers to how a Slashdot article Dougherty [Aug 19] at the at the end of April to clean and linked to a website, can cause a O’Reilly Media Web 2.0 re-paint the device. massive increase in traffic to Conference in San Francisco. that site. However, the phrase had been coined by Darcy DiNucci back in Jan. 1999 in her article, AlphaGo Wins “Fragmented Future” in Print magazine. Oct. 5-9, 2015 Web 2.0 isn't about technical DeepMind’s AlphaGo beat Fan specifications, instead Hui, the European Go champion, 2 five times out of five under tournament conditions. After AI's conquest of chess [May 11], Go was chosen as the next battleground because of its greater complexity. The rules seem to be relatively simple: gain the most territory by placing and capturing black and white stones on a 19×19 grid. However, the average 150-move game contains more board configurations — 10170 — than there are atoms in the Universe. Also, recognizing winning and losing positions is much harder than in chess because the stones have equal values and can influence outcomes far across the board. AlphaGo prepared for the tournament by using neural networks to study 30 million positions employed in expert games. Then it played Go against itself across 50 computers, seeking to improve with each match. Fan described the resulting system as “very strong and stable, it seems like a wall. … I know AlphaGo is a computer, but if no one told me, maybe I would think the player was a little strange, but a very strong player, a real person.” On [May 23], 2017, AlphaGo beat the then current world No. 1 ranking Go player, Ke Jie. For more gaming defeats of humans by computers, see [Jan 11], [Feb 10], [April 29]. 3 .
Recommended publications
  • Data Processing with Unit Record Equipment in Iceland
    Data Processing with Unit Record Equipment in Iceland Óttar Kjartansson (Retired) Manager of Data Processing Department at Skýrr, Iceland [email protected] Abstract. This paper presents an overview of the usage of unit record equipment and punched cards in Iceland and introduces some of the pioneers. The usage of punched cards as a media in file processing started 1949 and became the dominant machine readable media in Iceland until 1968. After that punched cards were still used as data entry media for a while but went completely out of use in 1982. Keywords: Data processing, unit record, punched card, Iceland. 1 Hagstofa Íslands Hagstofa Íslands (Statistical Bureau of Iceland) initiated the use of 80 column punched cards and unit record equipment in Iceland in the year 1949. The first ma- chinery consisted of tabulating machine of the type IBM 285 (handled numbers only), the associated key punch machines, verifiers, and a card sorter. See Figures 1 and 2. This equipment was primarily used to account for the import and export for Iceland. Skýrr (Skýrsluvélar ríkisins og Reykjavíkurborgar - The Icelandic State and Munici- pal Data Center) was established three years later by an initiative from Hagstofa Íslands, Rafmagnsveita Reykjavíkur (Reykjavík Electric Power Utility), and the Medical Director of Health of Iceland as was described in an earlier article [3]. Fig. 1. IBM 285 Electric Accounting Machine at Hagstofa Íslands year 1949 J. Impagliazzo, T. Järvi, and P. Paju (Eds.): HiNC 2, IFIP AICT 303, pp. 225–229, 2009. © IFIP International Federation for Information Processing 2009 226 Ó. Kjartansson Fig. 2. Early form of the data registration using a punched card.
    [Show full text]
  • 2 9215FQ14 FREQUENTLY ASKED QUESTIONS Category Pages Facilities & Buildings 3-10 General Reference 11-20 Human Resources
    2 FREQUENTLY ASKED QUESTIONS Category Pages Facilities & Buildings 3-10 General Reference 11-20 Human Resources 21-22 Legal 23-25 Marketing 26 Personal Names (Individuals) 27 Predecessor Companies 28-29 Products & Services 30-89 Public Relations 90 Research 91-97 April 10, 2007 9215FQ14 3 Facilities & Buildings Q. When did IBM first open its offices in my town? A. While it is not possible for us to provide such information for each and every office facility throughout the world, the following listing provides the date IBM offices were established in more than 300 U.S. and international locations: Adelaide, Australia 1914 Akron, Ohio 1917 Albany, New York 1919 Albuquerque, New Mexico 1940 Alexandria, Egypt 1934 Algiers, Algeria 1932 Altoona, Pennsylvania 1915 Amsterdam, Netherlands 1914 Anchorage, Alaska 1947 Ankara, Turkey 1935 Asheville, North Carolina 1946 Asuncion, Paraguay 1941 Athens, Greece 1935 Atlanta, Georgia 1914 Aurora, Illinois 1946 Austin, Texas 1937 Baghdad, Iraq 1947 Baltimore, Maryland 1915 Bangor, Maine 1946 Barcelona, Spain 1923 Barranquilla, Colombia 1946 Baton Rouge, Louisiana 1938 Beaumont, Texas 1946 Belgrade, Yugoslavia 1926 Belo Horizonte, Brazil 1934 Bergen, Norway 1946 Berlin, Germany 1914 (prior to) Bethlehem, Pennsylvania 1938 Beyrouth, Lebanon 1947 Bilbao, Spain 1946 Birmingham, Alabama 1919 Birmingham, England 1930 Bogota, Colombia 1931 Boise, Idaho 1948 Bordeaux, France 1932 Boston, Massachusetts 1914 Brantford, Ontario 1947 Bremen, Germany 1938 9215FQ14 4 Bridgeport, Connecticut 1919 Brisbane, Australia
    [Show full text]
  • IBM 709 MANUFACTU RER IBM 709 Data Processing System International Business Machines Corporation
    IBM 709 MANUFACTU RER IBM 709 Data Processing System International Business Machines Corporation Photo by International Business Machines Corporation at Point Mugu, California and one at Point Arguello, APPLICATIONS California. Land Air is the lessee, and our major Manufacturer committment is for missile test flight data reduction. This is a general purpose computer doing both scien­ In addition, we provide computing facilities for the tific computing and commercial work. The system is entire installation at Mugu (general scientific and scientifically oriented with fast internal speeds. engineering research and data processing). USA Ballistic Missile Agency Redstone Arsenal U.S.N. Pacific Missile Range Ft. Mugu Located at Computation Laboratory, Redstone Arsenal, Operated by Land Air, Inc. ALabama, the system is used for scientific and commer­ Located at the Naval Missile Faculty, Point Arguello, cial applications. California, the system is used on the main problem U. S. Army Electronic Proving Ground of range safety impact predicition in real time using Located in Greely Hall, Fort Huachuca, Arizona, sys­ FPS-l6 Radar and Cubic COTAR data. System is also tem is used in support of the tactical field army used for post flight trajectory reduction of FPS-l6 and the technical program of the departments of the radar data and for trajectory integration and analysis, U. S. Army Electronic Proving Ground. etc. U.S.N. Pacific Missile Range Ft. Mugu USN OTS China Lake, California Operated by Land Air, Inc. Located at the Data Computation Branch, Assessment Located at the Pacific Missile Range, Point Mugu, the DiVision, Test Department, the computer is used for system is used for the processing of missile test data reduction and scientific computation as related data (radar, optical, and telemetry), for real time to Naval Ordnance, Test, Development & Research applications, and for the solution of general mathe­ (l5% of computer time devoted to management data pro­ m.atical problems.
    [Show full text]
  • House for the History of IBM Data Processing
    House for the History of IBM Data Processing Hollerith Electric Tabulating System / 1890 (Replica made by Club Members in 1997) Herman Hollerith (1860-1929) House for the History of IBM Data Processing Purpose • Demonstrating the history of IBM‘s data processing efforts, ranging from Hollerith (1890) through the Deutsche Hollerith Maschinen Gesellschaft (DEHOMAG, 1910 -1949) up to 1995. • Presenting information about the achievements IBM accomplished as Data Processing Pioneer and 71063 Sindelfingen (Germany) Establisher of a German Technology Center Bahnhofstr. 43 (at corner Neckarstr.) (Production and Research) E-Mail: [email protected] Activities of the Club Members Tel.: 049-(0)7031 - 41 51 08 • Conducting guided tours • Maintaining the installed machines • Completing the Collection of Historical IBM Equipment Parking behind the building (approach from Neckarstr.) The exhibited Systems, Machines and Devices are restored and workable. DEHOMAG Tabulator D 11/ 1935 IBM 1401 Data Processing System / 1959 with Summary Punch (from 1950s) with Magnetic Tapes, IBM 1403 Printer, IBM 1311 Disks Data processing started with the Punched Card System invented Electronic data processing started in the USA in the early 1950s, and developed by Herman Hollerith to a working product during with Germany following not much later. At first, the large enter- the years 1882 to 1890. The first successful application of the prises took advantage of the new possibilities offered by electronic Hollerith Electric Tabulating System occurred during the US data processing. Census of 1890. (processing 62.5 Million cards) Towards the end of the 1950s the transistor technology The first large-scale commercial application was began in 1895 provided an increase in processing speed.
    [Show full text]
  • History of IBM from Wikipedia, the Free Encyclopedia Jump To: Navigation, Search
    History of IBM From Wikipedia, the free encyclopedia Jump to: navigation, search International Business Machines, abbreviated IBM and nicknamed "Big Blue" (for its official corporate color), is a multinational computer technology and IT consulting corporation headquartered in Armonk, New York, United States. The company is one of the few information technology companies with a continuous history dating back to the 19th century. IBM manufactures and sells computer hardware and software (with a focus on the latter), and offers infrastructure services, hosting services, and consulting services in areas ranging from mainframe computers to nanotechnology.[1] Samuel J Palmisano is the chairman and CEO of IBM. IBM has been well known through most of its recent history as one of the world's largest computer companies and systems integrators.[2] With over 388,000 employees worldwide, IBM is one of the largest and most profitable information technology employers in the world. IBM holds more patents than any other U.S. based technology company and has eight research laboratories worldwide.[3] The company has scientists, engineers, consultants, and sales professionals in over 170 countries.[4] IBM employees have earned Five Nobel Prizes, four Turing Awards, five National Medals of Technology, and five National Medals of Science.[5] Contents [hide] • 1 History ○ 1.1 1885–1924: The origin of IBM ○ 1.2 1925–1949: IBM's early growth 1.2.1 International subsidiaries growth 1.2.2 IBM during World War II ○ 1.3 1950–1960: Postwar recovery and the rise of
    [Show full text]
  • Research and Development in the Computer and Information Sciences
    Standaras ,-1 n.mu of 19 NBS MONOGRAPH 113, VOLUME 2 Research and Development in the Computer and Information Sciences Volume 2. Processing, Storage, and Output Requirements in Information-Processing Systems— A Selective Literature Review NATIONAL BUREAU OF STANDARDS The National Bureau of Standards ' was established by an act of Congress March 3, 1901. Today, in addition to serving as the Nation's central measurement laboratory, the Bureau is a principal focal point in the Federal Government for assuring maximum application of the physical and engineering sciences to the advancement of technology in industry and commerce. To this end the Bureau conducts research and provides central national services in four broad program areas. These are: (1) basic measurements and standards, (2) materials measurements and standards, (3) technological measurements and standards, and (4) transfer of technology. The Bureau comprises the Institute for Basic Standards, the Institute for Materials Research, the Institute for Applied Technology, the Center for Radiation Research, the Center for Computer Sciences and Technology, and the Office for Information Programs. THE INSTITUTE FOR BASIC STANDARDS provides the central basis within the United States of a complete and consistent system of physical measurement; coordinates that system with measurement systems of other nations; and furnishes essential services leading to accurate and uniform physical measurements throughout the Nation's scientific community, industry, and com- merce. The Institute consists
    [Show full text]
  • A History of Progress
    a history of progress 1890s to 2001 1890s to 1937 Early Ambitions A merger of three 19th-century companies—the Tabulating Machine Company, the International Time Recording Company and the Computing Scale Company of America—creates the Computing-Tabulating-Recording Company (CTR) on June 16, 1911. CTR is the precursor to IBM. Thomas J. Watson Sr. joins CTR in 1914 and over the next two decades transforms it into a growing leader of innovation and technology and a prototype for the newly emergent multinational corporation. This shift is signaled in 1924, when the company’s name changes to International Business Machines Corporation (IBM). From the beginning, IBM defines itself not by strategies or products—which range from commercial scales to punch card tabulators—but by forward-thinking culture and management practices grounded in core values. By adhering to its vision and values throughout the Depression—providing continued employment, even adding engineers and other staff in order to sustain its production output—IBM is able to play a pivotal role in enabling the U.S. government’s Social Security Act of 1935, “the biggest accounting operation of all time.” in 1914, thomas j. watson sr. joins ctr, a company with 1,346 employees and $9 million in revenues. 3 ibm – a history of progress 1886 1888 dial recorder first test of hollerith’s 1890 tabulating system Invented in 1888, this visually striking u.s. census Dr. Herman Hollerith conducts the first daily attendance recorder from IBM’s Dr. Herman Hollerith’s tabulating system practical test of his tabulating system International Time Recording Company is used in the U.S.
    [Show full text]
  • The Development of the Most Popular Computer of the 1960S and the Story of Its Restoration at Age 50
    Robert Garner and Frederick (Rick) Dill The development of the most popular computer of the 1960s and the story of its restoration at age 50. he IBM 1401 Data lying technologies, we begin with its passing decks of cards with holes Processing System vacuum tube forebears. We cover punched in them through various was the world’s IBM’s development of the 1401’s electromechanical “unit record” ma- T most popular com- basic enabling technologies and chines. These machines sorted and puter during much trace its origins in business account- merged cards, did simple calculations, of the 1960s. Announced in 1959, it ing machines. We highlight its key punched cards, and printed reports. was one of IBM’s earliest transistor- features and characteristics, its mar- Most machines were controlled by ized computers. The IBM 1401 tran- ket succession, and even its appear- hand-wired plug boards tailored for sitioned thousands of businesses ance in popular culture. We also particular jobs. By the 1950s, IBM’s and institutions to stored-program describe the volunteer project at the operations from the leasing of unit computing, and its tape- and disk- Computer History Museum in Moun- record machines and the sale of bil- oriented systems freed users from tain View, California, that success- lions of punched cards each year the decades-long practice of storing fully restored two tape-oriented were very profitable. data on punched cards. In 1965, half 1401 systems to full operation. By this time, calculators with of all computers were IBM 1401s punched cards for input and output or members of its family.
    [Show full text]
  • ED039892.Pdf
    DOCUMENT RESUME ED 039 892 LI 001 945 AUTHOR Stevens, Mary Elizabeth TITLE Research and Development in the Computer and Information Sciences. Volume 2, Processing, Storage, and Output Requirements in Information Processing Systems: A Selective Literature Review. INSTITUTION National Bureau of Standards (DOC), Washington, D.C. Center for Computer Sciences and Technology. REPORT NO NBS-Monogr-113-Vo1 -2 PUB DATE May 70 NOTE 129p. AVAILABLE FROM Superintendent of Documents, U.S. Government Printing Office, Washington, D.C. 20402 (C13.44:113/Vol.2, $1.25) EDRS PRICE EDRS Price MF-$0.75 HC Not Available from EDRS. DESCRIPTORS Automation, *Computers, *Information Processing, *Information Science, *Information Storage, Literature Reviews, Microforms, Research IDtNTIFIERS *On Line Systems ABSTRACT Areas of concern with respect to processing, storage, and output requirements of a generalized information processing system are considered. Special emphasis is placed on multiple-access systems. Problems of system management and control are discussed, including hierarchies of storage levels. Facsimile, digital, and mass random access storage media and techniques are considered. A variety of output mode requirements are also considered, including direct recording to microforms; on-line display systems; printing, photocomposition, and automatic character generation; and three-dimensional, color, and other special-purpose display systems. Problems of system use and evaluation are also briefly noted. A bibliography of approximately 480 cited references is included, together with supplemental notes and quotations from the literature.(Author) UNITED STATES DEPARTMENT OF COMMERCE Maurice H. Stans, Secretary NATIONAL BUREAU OF STANDARDS Lewis :Zvi. Branscomb, Dirtaor Research and Development in the Computer C1 and Information Sciences or co 2.
    [Show full text]