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Faktaboks DASK OG REGNECENTRALEN I 50'Erne Var England Og USA for Alvor Begyndt at Eksperimentere Med Elektroniske Datamaskiner
PROSAbladet nr. 11 2002 Tekst og foto: Claus Thorhauge Danmarks første systemprogrammør Igennem et langt liv har Jørn Jensen været lykkelig begravet i maskinkode. Allerede inden Danmarks første computer, Dask, var færdigbygget havde den nybagte programmør udviklet og testet de første dele til operativsystemet. Eller kontrolprogrammer, som det hed dengang i 50'erne. Men han var også den første operatør på en dansk computer, ligesom han var ankermanden bag de første Algolcompilere. Og måske den sidste, der i bund og grund kan overskue, hvad der sker inde i en computer. Der er nogen hjemme – i enhver forstand. Det kan godt være, at det kniber med at huske detaljerne for den 77–årige Jørn Jensen, men ellers fejler hverken hovedet under det viltre kridhvide hår eller humøret noget. Selv siger han, at han aldrig har følt et egentligt arbejdspres. – Hele mit arbejdsliv har bestået i leg. Jeg føler mig lykkelig, fordi jeg har lavet noget, jeg synes er sjovt, forklarer Danmarks første nørd. Allerede inden Danmarks første computer, Dask, blev indviet i 1958, havde folkene bag fået øje på Jørn Jensens særlige talent for at programmere – eller kode, som det hed dengang. Dengang hed det heller ikke en computer, men en elektronisk datamaskine. Og Dask var den første, der blev konstrueret og bygget i Danmark. Baseret på radiorør og vandkøling direkte fra vandværket blev Dansk Aritmetisk Sekvens Kalkulator (Dask) installeret i en villa i Valby i slutningen af 50'erne. Monstret vejede tre–et–halvt ton, og gulvet i dagligstuen blev forstærket for at holde til den kraftige maskine, der kunne lægge to tal sammen med den imponerende hastighed af 56 mikrosekunder (1 AT = additionstid) og havde et RAM–lager på fem Kbyte. -
Volume 38, Number 09 (September 1920) James Francis Cooke
Gardner-Webb University Digital Commons @ Gardner-Webb University The tudeE Magazine: 1883-1957 John R. Dover Memorial Library 9-1-1920 Volume 38, Number 09 (September 1920) James Francis Cooke Follow this and additional works at: https://digitalcommons.gardner-webb.edu/etude Part of the Composition Commons, Ethnomusicology Commons, Fine Arts Commons, History Commons, Liturgy and Worship Commons, Music Education Commons, Musicology Commons, Music Pedagogy Commons, Music Performance Commons, Music Practice Commons, and the Music Theory Commons Recommended Citation Cooke, James Francis. "Volume 38, Number 09 (September 1920)." , (1920). https://digitalcommons.gardner-webb.edu/etude/672 This Book is brought to you for free and open access by the John R. Dover Memorial Library at Digital Commons @ Gardner-Webb University. It has been accepted for inclusion in The tudeE Magazine: 1883-1957 by an authorized administrator of Digital Commons @ Gardner-Webb University. For more information, please contact [email protected]. THE ETUDE Presser’s Musical Magazine MUSIC COMPOSITION FOR WOMEN BY CARRE JACOBS-BOND ULTRA-MODERN MUSIC EXPLAINED BY PROFESSOR CHARLES QUEF KEYBOARD MASTERY BY CONSTANTIN STERNBERG WHY UNDERPAY THE MUSIC TEACHER? BY CHARLES E. WATT HOW HAYDN SUCCEEDED BY COMMENDATORE E. di PIRANI $2.00 A YEAR THE EjTUDE SEPTEMBER 1920 Page 577 This TRADE MARK 'Represenhs Lhe BEST Lhere is in Beautiful Balladv Smil/nThittOUGH ( Sacred - Secular ) Solos - Duets - Quartete r%gj THEY SONGS G;i? C / I* *V>* ' CAN AND MORE 5°*G „ / ARE I/S , BE OtWllTTltBOYQfMlNf S«S£„. &-*£? AT T: °A iJjev*. ri»e* '**». /PLAYED CONG «««** ON A>f 9 ■0 2-4, , PIANO Evening Brings Rest DjARD/ ' G^f„ And you /or ORGAN *e ' 50 Wes Tb*^tefi each like *5'”' / IDEAL FOR THIS IT I^^SSCE?* 'the HOME ACTUAL SIZE / 6 by 9 Inches CONCERT MAUMUSUNfUWaS-fiOOON'OHl SENT /and CHURCH on requeshy IF YOU LOVE A GOOD enclosej BALLAD 5 cents i H°WONETm in stan ( SACRED or SECULAR) . -
2006: Celebrating 75 Years of AI-History and Outlook: the Next 25
2006: Celebrating 75 years of AI - History and Outlook: the Next 25 Years∗ J¨urgen Schmidhuber TU Munich, Boltzmannstr. 3, 85748 Garching bei M¨unchen, Germany & IDSIA, Galleria 2, 6928 Manno (Lugano), Switzerland [email protected] - http://www.idsia.ch/∼juergen Abstract When Kurt G¨odel layed the foundations of theoretical computer science in 1931, he also introduced essential concepts of the theory of Artificial Intelligence (AI). Although much of subsequent AI research has focused on heuristics, which still play a major role in many practical AI applications, in the new millennium AI theory has finally become a full-fledged formal science, with important optimality results for embodied agents living in unknown environments, obtained through a combination of theory `ala G¨odel and probability theory. Here we look back at important milestones of AI history, mention essential recent results, and speculate about what we may expect from the next 25 years, emphasizing the significance of the ongoing dramatic hardware speedups, and discussing G¨odel-inspired, self- referential, self-improving universal problem solvers. 1 Highlights of AI History—From Godel¨ to 2006 Godel¨ and Lilienfeld. In 1931, 75 years ago and just a few years after Julius Lilien- feld patented the transistor, Kurt G¨odel layed the foundations of theoretical computer science (CS) with his work on universal formal languages and the limits of proof and computation [5]. He constructed formal systems allowing for self-referential state- arXiv:0708.4311v1 [cs.AI] 31 Aug 2007 ments that talk about themselves, in particular, about whether they can be derived from a set of given axioms through a computational theorem proving procedure. -
Gramophone, Film, Typewriter
EDITORS Timothy Lenoir and Hans Ulrich Gumbrecht GRAMOPHONE, FILM, TYPEWRITER FRIEDRICH A. KITTLER Translated, with an Introduction, by GEOFFREY WINT HROP-YOUNG AND MICHAEL WUTZ STANFORD UNIVERSITY PRESS STANFORD, CALIFORNIA The publication of this work was assisted by a subsidy from Inter Nationes, Bonn Gramophone, Film, Typewriter was originally published in German in I986 as Grammophon Film Typewriter, © I986 Brinkmann & Bose, Berlin Stanford University Press Stanford, California © I999 by the Board of Trustees of the Leland Stanford Junior University Printed in the United States of America erp data appear at the end of the book TRANSLATORS' ACKNOWLEDGMENTS A translation by Dorothea von Mucke of Kittler's Introduction was first published in October 41 (1987): 101-18. The decision to produce our own version does not imply any criticism of the October translation (which was of great help to us) but merely reflects our decision to bring the Introduction in line with the bulk of the book to produce a stylisti cally coherent text. All translations of the primary texts interpolated by Kittler are our own, with the exception of the following: Rilke, "Primal Sound," has been reprinted from Rainer Maria Rilke, Selected Works, vol. I, Prose, trans. G. Craig Houston (New York: New Directions, 1961), 51-56. © 1961 by New Directions Publishing Corporation; used with permis sion. The translation of Heidegger's lecture on the typewriter originally appeared in Martin Heidegger, Parmenides, trans. Andre Schuwer and Richard Rojcewicz (Bloomington: Indiana Univ. Press, 1992), 80-81, 85-8 6. We would like to acknowledge the help we have received from June K. -
Transcript of 790112 Hearing in Avila
MUCH.EAR REGULAT0RY COMMjSS10N 1N THE NATTER OF.. PACXPZC 'GAS 5 KLECYRXC, @~=~A."tZ (09.ah2.o Canyon Unit:s 2. @md 2) C4~'.ref Mog 50 275 50-323 Av9.1a Beach, Ca2.if'araia P/ace- 12 Zanuaxy 3.979 8S45 -87's Date- Pages Telephone: (202) ~&7.3700 ACE'- FEDEBALREPOBTEBS, INC. zBMRR 603 / Officisl0 epertere 444 North Capital Street Washington, D.C. 20001 P NAT1ONWlDE t QVPRAG"-" - DAlLY 4: "ti .d3.GCIQ $PJX LEQ st'Z Q Qp L%21EBXCZi QELCH i'i c:LBQCQD Zi7C&~iLZ~ 8 . QULRPORZ COPE'IXSSZOi'. »»»»&»~»~»»»»»» Xn the ma"h~-; of: Qh PBCXPXC GAS E«ELZCTRXC COK?2ZY Doclc8t. LioG ~ 50 275 Si3»323 {99.K~33.0 CaIlj«cn UILi~cs 1 RnQ 2) »» I»»»»w»»»»»»»»»»»»A W»»»041»»4!l»»+ Clwv&1 l GZ RCl>~l g r, ~+ BGil «+4Yli8 '«~P XLITIg h SKVi1Q Bek~Chg CQ1".foh'~liibo PZ''i QQ'i~ 3 2 JQ'iQ~ J 1979 T59 18cYzinLJ iIL "i QQ c~+QvQ»8Q'~it,'GQ I;-~zP~~P. "ERG zeconvene6, gursvan to aa~ouz.~anal", at, 9:30 ".rl. SWORE ELX>~FTH BGh" BS ~ Chaizm~~a~ McL?9.c 84CpCrg GiDQ X>9.cc'QQ9.ng BQ "mQ DR. VTZL~IM4 E. SKHTXH, kf~ebar. GL-rrrZ O. mXGHr., r~~e=-. >i -PEKtQKCPS h OII b85M1f Of APP13.CRIIt. PGCi Pic QBG 5 H18CM2. ~ CCRPB'QP ' BE7CE @%TON F«I~) ~ 3210) Mo rZIlg.~~q M PhaeniX, 2-i"OIla 8S02.2 mu:oxen .H. zUaaUSH, HBQO akim PBXXI*P CKlHZp ~BC/lb Lec~Q1 08QcL~SQ p Pacific Gas F "1ec+-ic I Hc~l" Ith, CQGlpanp'g 77 BQ«L1o BMOCp Pz«iElcisco g Cafe.fo~ia 943.06 ;4 )I '> 1 $ 1 ~ 5 il1 ~ i ~ I h ~ ti RPPElu~CCES: (Cant'cO On behalf of. -
Challenges in Generating the Next Computer Generation
2. Challenges in Generating the Next Computer Generation GORDON BELL A leading designer of computer structures traces the evolution of past and present generations of computers and speculates about possiblefuture courses of develop- ment for the next generations. WHENthe Japanese told us about the Fifth Generation, we knew we were in a race. Ed Feigenbaum and Pamela McCor- duck characterized it in their book, The Fifth Generation, but did not chart the racetrack. In the 1970~~while writing Com- puter Structures with Allen Newell, and recently in orga- nizing the collection of The Computer Museum, I identified the pattern repeated by each generation. In order to win, or even to be in the race, knowing the course is essential. The Cycle of Generations A computer generation is produced when a specific cycle of events occurs. The cycle proceeds when motivation (e.g. the threat of industrial annihilation) frees resources; CHALLENGES IN GENERATING THE NEXT COMPUTER GENERATION 27 techno log^ and science provide ideas for building with both industry and academe providing the push. new mach'ines; The Japanese Approach to the Next Generation organizations arise to build the new computing structures; and (after the fad) "If a computer understands English, it must be Japanese."(A pearl from Alan Perlis, speaking at The Computer Museum, use of the resulting products confirm a generation's September 1983) existence. The Japanese Fifth Generation plan, formulated in 1980, A generation results from at least two trips around this is based on worldwide research. Because the Japanese cycle, each succeeding trip an accelerated version of the pre- understand large-scale, long-term interactive processes, vious one, as in a cyclotron. -
Early Nordic Compilers and Autocodes Peter Sestoft
Early Nordic Compilers and Autocodes Peter Sestoft To cite this version: Peter Sestoft. Early Nordic Compilers and Autocodes. 4th History of Nordic Computing (HiNC4), Aug 2014, Copenhagen, Denmark. pp.350-366, 10.1007/978-3-319-17145-6_36. hal-01301428 HAL Id: hal-01301428 https://hal.inria.fr/hal-01301428 Submitted on 12 Apr 2016 HAL is a multi-disciplinary open access L’archive ouverte pluridisciplinaire HAL, est archive for the deposit and dissemination of sci- destinée au dépôt et à la diffusion de documents entific research documents, whether they are pub- scientifiques de niveau recherche, publiés ou non, lished or not. The documents may come from émanant des établissements d’enseignement et de teaching and research institutions in France or recherche français ou étrangers, des laboratoires abroad, or from public or private research centers. publics ou privés. Distributed under a Creative Commons Attribution| 4.0 International License Early Nordic Compilers and Autocodes Version 2.1.0 of 2014-11-17 Peter Sestoft IT University of Copenhagen Rued Langgaards Vej 7, DK-2300 Copenhagen S, Denmark [email protected] Abstract. The early development of compilers for high-level program- ming languages, and of so-called autocoding systems, is well documented at the international level but not as regards the Nordic countries. The goal of this paper is to provide a survey of compiler and autocode development in the Nordic countries in the early years, roughly 1953 to 1965, and to relate it to international developments. We also touch on some of the historical societal context. 1 Introduction A compiler translates a high-level, programmer-friendly programming language into the machine code that computer hardware can execute. -
A Complete Bibliography of Publications in the Journal of Functional Programming
A Complete Bibliography of Publications in the Journal of Functional Programming Nelson H. F. Beebe University of Utah Department of Mathematics, 110 LCB 155 S 1400 E RM 233 Salt Lake City, UT 84112-0090 USA Tel: +1 801 581 5254 FAX: +1 801 581 4148 E-mail: [email protected], [email protected], [email protected] (Internet) WWW URL: http://www.math.utah.edu/~beebe/ 14 May 2021 Version 1.04 Title word cross-reference $37.99 [Rag13]. $60.00 [Mil13]. $70 [Gam09]. $AU [Tho04a]. λ [AMR09, BFG97, BS96, Cro99, CH94b, CD96, DM05, GK96, Gol00, HD97, Hue94, KR97, Kam05, ØP97]. λν [BBLRD96]. λse [Gui00]. ! [HL96]. Π [KN96, DG02, GK96, Jef01, RH03]. -calculi [Kam05]. -calculus [AMR09, Cro99, CD96, DG02, DM05, GK96, Gol00, Gui00, HD97, Hue94, KR97, ØP97, RH03, Jef01]. -conversion [KN96]. -cube [BFG97]. -RED [GK96]. //www.pragprog.com [Hag11]. 0 [Bha09, Boi03, Boi12, Bud08, Ceb11, Ceb12, Der04, Hut94, Jon92b, Kar03, Kel03, Klu01, McK99, Mit95, San06, Sim07, Tho02, Tho04b, Vil07, dP01, vS00]. 0-13-184854-2 [Fou96]. 0-13-288788-6 [Fou96]. 0-13-722075-8 [Fou96]. 1 2 0-19-511306-3 [Tho02]. 0-201-39820-6 [Klu01]. 0-201-59604-0 [Rus03]. 0-262-06217-8 [Tah03a]. 0-262-19455-4 [Kar03]. 0-262-22069-5 [Gam09]. 0-262-51087-1 [Woo01]. 0-333-99285-7 [Han04]. 0-387-95349-3 [Der04]. 0-387-95391-4 [Tho04b]. 0-471-93844-0 [Mit95]. 0-471-99886-9 [Kel03]. 0-521-39022-2 [Fou96]. 0-521-41497-0 [Jon92b]. 0-521-44189-7 [Hut94]. 0-521-45520-0 [Klo01]. 0-521-48089-2 [O'D01]. -
History in the Computing Curriculum 1950 to 1959
History in the Computing Curriculum Appendix A4 1950 to 1959 1950 [early]: Project Whirlwind becomes operational on a limited basis. (w) 1950 [February]: Remington-Rand Corporation acquires the Eckert-Mauchly Computer Corporation. The latter loses crucial contracts due to the McCarthy trials. (a,e,w) 1950 [April]: The SEAC becomes operational at the National Bureau of Standards. (w) 1950 [May]: The Pilot ACE is completed at England's National Physics Laboratory and runs its first program on May 10. (e,w) 1950 [July]: The Standards Western Automatic Computer (SWAC) becomes operational. (w) 1950: The SWAC, built under Harry Huskey's leadership, is dedicated at UCLA on August 17. (e) 1950: Alan Turing publishes an article in the journal Mind establishing the criteria for the Turing Test of machine intelligence. (e) 1950 [November]: The Bell Labs Model VI computer becomes operational. 1950: Konrad Zuse installs the refurbished Z4 computer at the ETH in Zurich. (w) 1951 [February]: The first Ferranti Mark I version of the Manchester University machine is delivered to Manchester University. (w) 1951 [March]: The first UNIVAC I computer is delivered to the US Census Bureau on March 31. It weighed 16,000 pounds, contained 5,000 vacuum tubes, could do 1000 calculations per second, and costs $159,000. (a,e,w) 1951: The US Census Bureau buys a second UNIVAC I. (p) 1951 [May]: Jay Forrester files a patent application for the matrix core memory on May 11. (e) 1951 [June]: The first programming error at the Census Bureau occurs on June 16. (a) 1951 [July]: The IAS machine is in limited operation. -
Flows and Human Interferences
Annu. Rev. Energy Environ. 2000. 25:53–88 Copyright c 2000 by Annual Reviews. All rights reserved PHOSPHORUS IN THE ENVIRONMENT: Natural Flows and Human Interferences Vaclav Smil Department of Geography, University of Manitoba, Winnipeg, Manitoba R3T 2N2 Canada; e-mail: [email protected] Key Words biogeochemical cycling, phosphates, fertilizers, eutrophication ■ Abstract Phosphorus has a number of indispensable biochemical roles, but it does not have a rapid global cycle akin to the circulations of C or N. Natural mobilization of the element, a part of the grand geotectonic denudation-uplift cycle, is slow, and low solubility of phosphates and their rapid transformation to insoluble forms make the element commonly the growth-limiting nutrient, particularly in aquatic ecosystems. Human activities have intensified releases of P.By the year 2000 the global mobilization of the nutrient has roughly tripled compared to its natural flows: Increased soil erosion and runoff from fields, recycling of crop residues and manures, discharges of urban and industrial wastes, and above all, applications of inorganic fertilizers (15 million tonnes P/year) are the major causes of this increase. Global food production is now highly dependent on the continuing use of phosphates, which account for 50–60% of all P supply; although crops use the nutrient with relatively high efficiency, lost P that reaches water is commonly the main cause of eutrophication. This undesirable process affects fresh and ocean waters in many parts of the world. More efficient fertilization can lower nonpoint P losses. Although P in sewage can be effectively controlled, such measures are often not taken, and elevated P is common in treated wastewater whose N was lowered by denitrification. -
A Domain Specific Language and a First Step Towards the Realization of Situ
Situf : A Domain Specific Language and A First Step Towards the Realization of Situ Framework by Hua Ming A dissertation submitted to the graduate faculty in partial fulfillment of the requirements for the degree of DOCTOR OF PHILOSOPHY Major: Computer Science Program of Study Committee: Carl K. Chang, Major Professor Johnny Wong Simanta Mitra Jin Tian Ting Zhang Iowa State University Ames, Iowa 2012 Copyright c Hua Ming, 2012. All rights reserved. UMI Number: 3539397 All rights reserved INFORMATION TO ALL USERS The quality of this reproduction is dependent upon the quality of the copy submitted. In the unlikely event that the author did not send a complete manuscript and there are missing pages, these will be noted. Also, if material had to be removed, a note will indicate the deletion. UMI 3539397 Published by ProQuest LLC 2013 . Copyright in the Dissertation held by the Author. Microform Edition © ProQuest LLC. All rights reserved. This work is protected against unauthorized copying under Title 17, United States Code. ProQuest LLC 789 East Eisenhower Parkway P.O. Box 1346 Ann Arbor, MI 48106-1346 ii DEDICATION I would like to dedicate this dissertation to my families and friends, both in Beijing China and in Iowa United States. iii TABLE OF CONTENTS LIST OF TABLES .................................... v LISTOFFIGURES................................... vi ACKNOWLEDGEMENTS ............................... viii ABSTRACT ........................................ ix CHAPTER 1. INTRODUCTION . ........................ 1 1.1 Review of Situ framework .............................. 1 1.2 Declarative situations ................................ 1 1.3 A functional paradigm ................................ 3 1.4 Situf -based Environment ............................... 5 1.5 A glance view of the Situf environment ...................... 5 1.5.1 A retargetable environment ........................ -
Academic Catalog 2006-2007 Table of Contents
University of South Carolina Upstate Academic Catalog 2006-2007 Upstate University of South Carolina Academic Catalog 2006-2007 Table of Contents Academic Calendars ..............................................................................................................................4 The University .......................................................................................................................................6 Greenville Campus ..............................................................................................................................13 Admissions ...........................................................................................................................................16 Financial Aid ........................................................................................................................................25 Fees and Expenses ...............................................................................................................................37 Student and Diversity Affairs ...............................................................................................................41 Academic Regulations .........................................................................................................................47 Academic Programs .............................................................................................................................61 Honors Program ...................................................................................................................................69