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Burks A.R., Burks A.W. — The First Electronic Computer: The Atanasoff Story
Burks A.R., Burks A.W. — The First Electronic Computer: The Atanasoff Story



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Íàçâàíèå: The First Electronic Computer: The Atanasoff Story

Àâòîðû: Burks A.R., Burks A.W.

Àííîòàöèÿ:

I read the Alice Burks book "Who Invented the Computer?" before I read this one, and I'm surprised to find this one even worse. It appears to have been written by a god and goddess who know what is in the hearts of men, especially John Mauchly and Pres Eckert. I think the first page should have started with their philosophy of John and Pres's characters expressed on p.181, "they were greedy, for fame and fortune, and did not want to acknowledge any prior invention." This is the premise under which they operate so of course they interpret everything as a proof of this premise. I knew Arthur Burk as a nice, mild-mannered man in the style of the Mr. Milquetoast depicted in the New Yorker cartoon. Apparently, he married a woman with magical powers who turned him into this vicious all-knowing author. I wonder if he would have been as self-righteous if he had been included on the ENIAC patent. He would probably have been able to stifle his virtue and never even dream of beating the drums for Atanasoff. They even include testimony of Mrs. Atanasoff that makes her sound as gracious as a pig at a trough. Of course, she knew Mauchly was staying with them. Her husband had told him that they had plenty of room and he was welcome.

John Mauchly was delighted to meet Atanasoff, who attended one of his lectures and came up to talk to him later. Both were interested in computers and eager to communicate with a kindred spirit. I'm sure they learned many things from each other and discussed many ideas. This was 1940 when they met and not very many people were interested in discussing computing. Both had things they wanted to do and current tools didn't allow them to do them very well. John was eager to find out if Atanasoff's computer could help him with his problems. Does anyone for a moment believe that the passage of knowledge flowed only in one direction? One would think that Atanasoff must have learned something from John, but this book would have you believe that Atanasoff had all the knowledge. If so, why was he so eager to have John come to see his computer, which I believe was never built until the ENIAC Trial.

Page 181 also displays their heavenly knowledge when they state, "It was not long before they realized that this machine would surpass the analyzer in the range of problems it could solve as well as in speed, and they began to call it a general purpose computer." How do they know that? John always told the ENIAC Women that it was general purpose and he always tried to get us to try to program a matrix inversion.

Their castigating of Kay Mauchly is shameful. Her arguments are always discounted while anything a lawyer, Atanasoff. or the judge says is pure truth. John's statements are all discounted and made fun of. This is such a vicious prejudiced book, with its venom repeated over and over again, it should be held up to ridicule. It cannot be taken seriously. And to think, Arthur has a Ph.D. Jean J. Bartik


ßçûê: en

Ðóáðèêà: Computer science/

Ñòàòóñ ïðåäìåòíîãî óêàçàòåëÿ: Ãîòîâ óêàçàòåëü ñ íîìåðàìè ñòðàíèö

ed2k: ed2k stats

Ãîä èçäàíèÿ: 1989

Êîëè÷åñòâî ñòðàíèö: 400

Äîáàâëåíà â êàòàëîã: 16.08.2014

Îïåðàöèè: Ïîëîæèòü íà ïîëêó | Ñêîïèðîâàòü ññûëêó äëÿ ôîðóìà | Ñêîïèðîâàòü ID
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Ïðåäìåòíûé óêàçàòåëü
Fulmer, Norman      209
Function switches      see "Switches and switching theory"
Ganged calculator concept      see "Desk machines"
Gauss's elimination algorithm      10—12 70—71
General Electric Co.      126 182—189 190—191 209
Goldstine, Herman H., distribution of First Draft Report      201
Goldstine, Herman H., EDVAC meetings      201
Goldstine, Herman H., role in ENIAC project      105 110 360
Goldstine, Herman H., testimony in ENIAC case      192—193
Goldstine, Herman H., work on IAS computer      287
Grosdoff, I.E.      98
Halladay, Henry      viii 158 360—361 377
Halladay, Henry, examination of Atanasoff      210 213 216 218—222 232—233
Halladay, Henry, examination of Eckert      179—180
Halladay, Henry, examination of Mauchly      75 80—84 87 91—96 101 117 129 132—133 144—146 148—149 216 366
Halladay, Henry, examination of Travis      187—188
Hamilton, F.E.      261
Harmonic analysis      see "John W. Mauchly meteorological
Hartree, Douglas R.      124 199 268
Harvard Mark I      see "IBM"
Hollerith, Herman      260—261 347—348
Honeywell, Inc      see "ENIAC patent case"
Huskey, Harry D.      199
Hydrogen bomb problem      199 268
IAS (Institute for Advanced Study) computer      1 257 261 262—263 273 281 287 303 325
IBM      347—348
IBM, deal with Sperry Rand      196—198
IBM, IBM 650 computer      270
IBM, IBM 701 computer      261 281
IBM, IBM-Harvard Mark I      260 261 264 267
IBM, Phelps electronic multiplier      202—203 261 271
IBM, punched-card machines      8 16—17 71 261 268 275 276 see base decimal-card "John modification
IBM, punched-card machines, use in ENIAC      113 207
Illinois Scientific Developments      195 196—197 203 236 238 241 246—247
integrated circuits      1 263 288—289 352
Integrated circuits, DRAMs      15 288—289
Iowa State College      5—6 21 63—64 122 133—134 212—213 220 232 234 238 239
Jacquard loom      259 330—332
Jevons, William S      333—339 347
Johnson, T.H.      160 162
Kelvin, William      80
Kenrick, G.W.      84
Kirkpatrick, Allen      209
Kirkpatrick, Allen, examination of Legvold      140—143
Kirkpatrick, Allen, examination of Lura Atanasoff      152—155
Kirkpatrick, Allen, examination of Mauchly      169 172—176 178—179
Lake, C.D.      261
Larson, Earl R.      viii 195 see "Larson's
Larson, Earl R., presiding comments      82—83 93 95 133 158 188 220—221 224 227
Larson, Earl R., public reaction to ENIAC case decision      vi-vii 73—74 205 208—209 355
Legvold, Sam      138—139 140 215
Legvold, Sam, testimony in ENIAC case      215
Legvold, Sam, testimony in Regenerative Memory case      140—143
Leibniz, Gottfried      259 328—329 346
Logic as a tool      see "Switches and switching theory"
Logic machines      see "William S. Jevons" "Allan "Charles
Logical structure      see "Switches and switching theory"
Lull, Ramon      327—328 346
Magnetic memories      15 263 270 274—275 276—277 281—285 288 331—332
March, H.W.      5
Marquand, Allan      333 335—347
Massachusetts Institute of Technology      263 280 282 285
Massachusetts Institute of Technology, differential analyzers      111 182 272 279 289
Mathematical tables      258 326—327
Mauchly, John W.      v-vi124 152—155 168—169 188 189—190 193 196 201 202—203 205—207 209—210 231 237 360
Mauchly, John W., analog computing efforts      102 119 159 160 239 243
Mauchly, John W., Atanasoff connections      1 3
Mauchly, John W., Atanasoff connections, correspondence      115—116 118 121—132 156—157 163—166 172—173 187—188 244
Mauchly, John W., Atanasoff connections, first meeting      75 89 94—96 100—104 114—121 125 130—131 170—171
Mauchly, John W., Atanasoff connections, visits to Atanasoff      116—118 121 125 129 132—157 167—168 171—173 175—179 209 244
Mauchly, John W., biographical data      74—75 76 106 155—156 167
Mauchly, John W., Clayton correspondence      99—100 133 157—159 243 368—372
Mauchly, John W., early endeavors      2—3 133 150—151 158—159 169—170
Mauchly, John W., early endeavors, cipher machine      85—86 102 170 362
Mauchly, John W., early endeavors, harmonic analyzer      75—84 96 100 102 114 123—124 125 140 157 170 186—187 190 362
Mauchly, John W., early endeavors, neons as counting elements      89 94—95 96 98—103 119 130 140 160 162 170
Mauchly, John W., early endeavors, pulse former      170 362 366—367
Mauchly, John W., early endeavors, ring counters      96—99 101 103 170 360 362 365
Mauchly, John W., early endeavors, two-neon device      87—96 102—103 114—117 130 170 362 363—365
Mauchly, John W., early endeavors, voltage regulator      362
Mauchly, Kathleen R.      99
Mauchly, Kathleen R., article on John Mauchly's early work      vi-vii 3—4 74 355
Mauchly, Kathleen R., article on John Mauchly's early work, alleged computer components      356—357 359—360 362—367 369—372
Mauchly, Kathleen R., article on John Mauchly's early work, criticism of Sperry Rand defense      355 359—362
Mauchly, Kathleen R., article on John Mauchly's early work, main claims      355—357 370 377
Mauchly, Kathleen R., article on John Mauchly's early work, presentation of ENIAC trial testimony      373—374
Mauchly, Kathleen R., article on John Mauchly's early work, presentation of key Atanasoff letter      375—377
Mauchly, Kathleen R., article on John Mauchly's early work, presentation of Mauchly letter file      355 356 358—359 368—369 371—373
Mauchly, Kathleen R., article on John Mauchly's early work, presentation of Mauchly notes      374—375
Mauchly, Kathleen R., article on John Mauchly's early work, presentation of Mauchly plan to build      363 367—370
Mauchly, Kathleen R., article on John Mauchly's early work, sources      358
Mauchly, Kathleen R., testimony in ENIAC case      377—378
Mcllwain, Knox      185
McNulty, James      100 368—369 372
Merrifield report      7
Moore School of Electrical Engineering      75 106—108 155 163—165 168 173 182—183 185—190 280 282 285
Moore School of Electrical Engineering, disputes with Eckert and Mauchly      188 207 373
Moore School of Electrical Engineering, EDVAC meetings      201 285
Moore School of Electrical Engineering, EDVAC reports and lectures      206 252 255
Moore School of Electrical Engineering, ENIAC project      1 105—106 110 200 201 206 237
Moore School of Electrical Engineering, ENIAC proposal      see "ENIAC"
Moore School of Electrical Engineering, ENIAC team      105 198 203—204 206
Napier's Bones      258
Naval Ordnance Laboratory      see "John V. Atanasoff"
Nordbye, Gunnar H.      195
O'Neill, D.B.      185
Pascal, Blaise      259 328—329
Pegged-drum automata      258—259 329—332
Pegged-drum automata, Knaus writing automaton      329—330 331
Pegged-drum automata, music box      329—330
Peirce, Charles S.      260 333 335 339—342 345—348
Pender, Harold      188
Phelps, Byron E.      202—203 261 271
Poulsen, Valdemar      277
Programs      281
Programs, constant-address (read-only) programs      285—287
Programs, variable-address (read-write) programs      283 285—287
Punched paper tape      260 281 285 331—332
Punched-card machines      260 331—332 see "IBM"
Punched-card machines, looms      330—332
Rajchman, Jan      207 257 280 281
RCA      207 263 280
Regenerative Memory patent case (Sperry Rand v CDC)      138 168—169 209 252—254
Regenerative Memory patent case (Sperry Rand v CDC), testimony      see "Lura Atanasoff" "Sam "John
Research Corporation      21 122 178 213 239
Richards, R.K.      178 209
Saturday night massacre      195
Scanning switches      see "Switches and switching theory"
Schaffler, Otto      260—261
Scheutz, Edvard      259 339—340 346
Scheutz, Georg      259 339—340 346
Schickard, Wilhelm      259 347
Schreyer, Helmut      257 293 348
Shannon, Claude      31 348
Sharpless, T. Kite, work on ENIAC      105 203 206
Sharpless, T. Kite, work on mercury delay line      285
Shaw, Robert F., work on ENIAC      105 203 206
Shockley, William B.      285 351—352
Sirica, John J      195
Slide rule      263
Sperry Rand Corp.      see "ENIAC patent case" "Sperry
Sperry Rand v. BTL case      197 200—201 204
Stibitz, George      162—163 170 261
Stored-program computers      15 257 262—263 276 281 305 see "IAS
Stored-program computers, conception      285—287
Stored-program computers, transition to today      288—290
Switches and switching theory      302 326—327 330—331 see arithmetic "William "Allan "Charles "Claude
Switches and switching theory, adding and subtracting switches      305—311 326
Switches and switching theory, address switches      303—305 327
Switches and switching theory, atomic switches      294—300 304
Switches and switching theory, atomic switches, Atanasoff s atomic switches      295—299 304 311—320
Switches and switching theory, atomic switches, ENIAC atomic switches      295 298 304
Switches and switching theory, compound switches      294—295 299—304 307
Switches and switching theory, De Morgan's theorem      302—304 310 339
Switches and switching theory, fan-in and fan-out      323 325
Switches and switching theory, function switches      331
Switches and switching theory, function switches, Atanasoff's contribution      333 348
Switches and switching theory, function switches, holistic switches      333—335 348
Switches and switching theory, logic as a tool      293—294 305
Switches and switching theory, logic as a tool, logic and electronics      294—295 320 348—351
Switches and switching theory, logic as a tool, logic and relays      340—348
Switches and switching theory, logic as a tool, logical primitives      294—299
Switches and switching theory, logical structure      293 305 323
Switches and switching theory, normal forms      304 339
Switches and switching theory, scanning switches      331—332
Switches and switching theory, scanning switches, Atanasoff's contribution      332 353—354
Switches and switching theory, switching networks      299—304
Switches and switching theory, symmetrical switches      299
Switches and switching theory, threshold switches      299 316 345
Switches and switching theory, transistor switches      351—352
Switches and switching theory, truth tables      297—305 311 321—323
Switches and switching theory, vacuum-tube applications      350—351
Switches and switching theory, vacuum-tube applications, Atanasoff's add-subtract mechanism      294 295 320—326 345 348—349
Switches and switching theory, vacuum-tube applications, Atanasoff's primacy      293—294
Switches and switching theory, vacuum-tube applications, ENIAC switches      303 305 327 348—351
Switches and switching theory, vacuum-tube applications, Kirkhoff's law      315
Switches and switching theory, vacuum-tube applications, Ohm's law      315—316
transistors      1 263 272 288—289 295 313 351—352
Travis, Irven      126—127 164 187—188 263
Travis, Irven, Aberdeen and Moore School analyzers      107 182—183 188
Travis, Irven, bibliography on calculators      83 186—187
Travis, Irven, electronic counter concept      183—186
Travis, Irven, ENIAC proposal's reference      192—193
Travis, Irven, ganged calculator concept      183—191 234 282
Travis, Irven, proposal for electronic integrator      185—187
Travis, Irven, reports on electronic differential analyzers      182—191 272
Travis, Irven, Travis-ENIAC link      183—193 282
Univac      196 200 252 254—255 276 281
University of Pennsylvania      see "Moore School of Electrical Engineering"
Ursinus College      2—3 75 85—87 96—99 102—103 167—168 169—170 355—360 365
Vacuum tubes      see "ABC" "Computing "Counters" "ENIAC" "Switches
Van Vleck, John      5
Venn, John      335 347
Verea, Ramon      326—327 334
von Neumann, John      3
von Neumann, John, EDVAC meetings      201 285
von Neumann, John, First Draft Report on the EDVAC      201—202 252—253 254—255 285—287
von Neumann, John, IAS computer      287
von Neumann, John, variable-address program language      281 283 285—287
von Neumann, John, von Neumann architecture      287
Warren, S. Reid      185 201
Weaver, Warren      5 186
Western Electric Co.      see "Bell Telephone Laboratories"
Weygandt, Cornelius      182 185
Wilkinson, James      70—71
Wilks, Samuel S.      161—162
Williams, F.C.      281
Williams, Samuel B.      204 206 207
Zuse, Konrad      261 348
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