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UW CSEP 590 - Women in Computing

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Women in ComputingAn Amazing PhotoDiversity Crisis in Computer ScienceGoals of this talkAugusta Ada King, Countess of LovelaceGarbage In, Garbage OutOn her genius and insightScience Publications for Victorian LadiesTimelineHuman ComputersThe Women of ENIACWorking on the ENIACAfter ENIACDustbin of history?Grace Hopper (1 of 3)The Infamous BugGrace Hopper (2 of 3)Grace Hopper (3 of 3)NanosecondsSlide 20Judith Levenson ClappEarly Women ProgrammersThelma EstrinSlide 24Sister Mary Kenneth KellerThe First PhDs in Computer Science?Lynn Conway“Robert’s” Career at IBMDynamic Instruction SchedulingLegacy of Dynamic Instruction SchedulingTransition, Firing, and Starting OverPARC and the Start of VLSIDARPA and BeyondSlide 34Anita JonesRadia PerlmanMother of the InternetSlide 38Anita BorgMaria KlawePlenty of others to mentionSo… here we are…The past was not so rosyFactors of success for these womenHurdles to OvercomeEfforts: Past, Present, and FutureSome final pointsA final quote1Women in ComputingKatherine DeibelUniversity of [email protected] of ComputingCSE P590A (UW)PP190/290-3 (UCB)CSE 290 291 (D00)2Philadelphia Inquirer, "Your Neighbors" article, 8/13/1957An Amazing Photo3Diversity Crisis in Computer SciencePercentage of CS/IS Bachelor Degrees Awarded to WomenNational Center for Education Statistics, 20014Goals of this talkHighlight the many accomplishments made by women in the computing fieldLearn their stories, both good and bad5Augusta Ada King, Countess of LovelaceTranslated and extended Menabrea’s article on Babbage’s Analytical EnginePredicted computers could be used for music and graphicsWrote the first algorithm— how to compute Bernoulli numbersDeveloped notions of looping and subroutines6Garbage In, Garbage OutThe Analytical Engine has no pretensions whatever to originate anything. It can do whatever we know how to order it to perform. It can follow analysis; but it has no power of anticipating any analytical relations or truths. — Ada Lovelace, Note G7On her genius and insightIf you are as fastidious about the acts of your friendship as you are about those of your pen, I much fear I shall equally lose your friendship and your Notes. I am very reluctant to return your admirable & philosophic 'Note A.' Pray do not alter it… All this was impossible for you to know by intuition and the more I read your notes the more surprised I am at them and regret not having earlier explored so rich a vein of the noblest metal.— Charles Babbage8Science Publications for Victorian LadiesSome journals accepted and supported science papers from women authors.Periodical like the Edinburgh Review and Ladies Diary also provided opportunities for publishing amateur scholarly works.9Timeline1940 1950 1960 1970 198010Human ComputersManual calculation of differential equations for generating tables to be used on the battlefield (e.g., trajectories)Supported through use of mechanical calculatorsA few specialized in the use of single-purpose hardware (e.g., differential analyzer)Alternative to a career teaching mathematicsWomen more prominent as computersLarge pool of potential employees (both college and high school graduates)Cheaper than hiring menMoore School of Engineering, University of Pennsylvania11The Women of ENIACSix “computers” hired to be the first programmers for the ENIAC project (1945)Women comprised a large percentage of later programmers for ENIAC, includingHomé McAllisterMarie BiersteinWilla Wyatt SigmundMarie Bierstein12Working on the ENIACLearned the system through its blueprints and conversations with its designersWorked in pairs on subprojects:Calculating and testing test trajectories:Marlyn Meltzer and Ruth TeitelbaumDeveloping and streamlining the programs:Frances Spence and Kathleen Antonelli Coordinating the Master Programmer unit:Jean Bartik and Betty HolbertonOnly group to program ENIAC at the machine level13After ENIACRuth TeitelbaumStayed with ENIAC project the longestTrained second generation of ENIAC programmersJean BartikConversion of ENIAC to a stored-program computerWorked on BINAC and UNIVAC IKathleen Antonelli Married John Mauchly (1948)Software design for the BINAC and UNIVAC IBetty HolbertonSuggest grey as the color for UNIVAC IDeveloped C-10 mnemonic instruction set for BINAC14Dustbin of history?For 50 years, their involvement was mostly forgotten and ignored:Hardware more the focus than the softwareNames misspelled in official Army historySome programmers married ENIAC engineersProgrammers originally not invited to 50th anniversary of ENIACAll six programmers inducted into the Women in Technology International Hall of Fame (1997)15Grace Hopper (1 of 3)EducationVasser: B.S. in Mathematics and PhysicsYale: M.S. and Ph.D. in MathematicsNaval CareerJoined Naval Reserves (1943)Assigned to work with Howard AikenHarvard First person to write a program for the Mark I (arctangent calculations)Member of the Mark II and III development teams16The Infamous BugWhile working on the Mark II, Hopper discovered a moth stuck in a relay.Originated the term “debugging”17Grace Hopper (2 of 3)UNIVACInvented concept of compiler: ARITH-MATIC, MATH-MATIC and FLOW-MATICCOBOL was partially an extension of FLOW-MATICStandardsAdvocated and pioneered development of standards for testing computer systems and languages.18Grace Hopper (3 of 3)Naval CareerRetired three timesPromoted to Rear Admiral by special Presidential appointment (1983)Defense Distinguished Service Medal recipient (1986)Digital Equipment CorporationSenior Consultant and Goodwill Ambassador (1986 – 1992)19NanosecondsTo demonstrate the cost of computing time, Hopper would hand out pieces of wire.Distance electrons travel:1 nanosecond ≈ 12 inches1 microsecond ≈ 1000 feet1 millisecond ≈ 189 miles1 second ≈ 189,000 miles20Timeline1940 1950 1960 1970 198021Judith Levenson ClappMIT Whirlwind Project (1950s)Only woman on the air defense system subprojectSoftware EngineeringPioneered development of software management tools for large systems“Virtual” founder of the field22Early Women ProgrammersWhen computer programming was becoming a field, there was a belief that it was women’s work because [women] were neat, organized,


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UW CSEP 590 - Women in Computing

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