Verfügbarkeit: Analog computing

Analog computing:

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Bibliographische Detailangaben
1. Verfasser:	Ulmann, Bernd 1970- (VerfasserIn)
Format:	Buch
Sprache:	English
Veröffentlicht:	Berlin ; Boston De Gruyter Oldenbourg [2023]
Ausgabe:	2nd edition
Schriftenreihe:	De Gruyter graduate
Schlagworte:	Analoge Computer Analogrechner Computing Geschichte der Informatik Programmieren COMPUTERS / General
Online-Zugang:	Inhaltsverzeichnis
Beschreibung:	XVII, 440 Seiten Illustrationen, Diagramme 24 cm
ISBN:	9783110787610

Internformat

MARC


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250			\|a 2nd edition
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650		4	\|a Analogrechner
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650		4	\|a Geschichte der Informatik
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Datensatz im Suchindex

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adam_text	CONTENTS ACKNOWLEDGMENTS - VII PREFACE TO THE 2ND EDITION - IX 1 1.1 1.2 1.3 2 2.1 2.2 2.3 2.4 2.5 2.5.1 2.5.2 2.5.3 2.5.4 2.6 2.7 2.8 3 3.1 3.1.1 3.1.2 3.2 3.3 3.4 3.5 4 4.1 4.1.1 4.1.2 4.2 4.3 4.4 $ B1IOTHEK DEUTSCHES MUSEUM Y INTRODUCTION -1 OUTLINE -1 THE NOTION OF ANALOG COMPUTING -2 DIRECT AND INDIRECT ANALOGIES -4 MECHANICAL ANALOG COMPUTERS -9 ASTROLABES -9 THE ANTIKYTHERA MECHANISM -9 SLIDE RULES - 11 PLANIMETERS - 13 MECHANICAL COMPUTING ELEMENTS - 17 FUNCTION GENERATION - 18 DIFFERENTIAL GEARS - 20 INTEGRATORS - 21 MULTIPLIERS - 24 HARMONIC SYNTHESIZERS AND ANALYSERS - 25 MECHANICAL FIRE CONTROL SYSTEMS - 29 DIFFERENTIAL ANALYSERS - 32 THE FIRST ELECTRONIC ANALOG COMPUTERS - 41 HELMUT HOELZER - 41 THE MISCHGERAET - 42 HOELZER S ANALOG COMPUTER - 48 GEORGE A. PHILBRICK S POLYPHEMUS - 57 ELECTRONIC FIRE CONTROL SYSTEMS - 61 MIT-67 THE CALTECH COMPUTER - 68 BASIC COMPUTING ELEMENTS - 73 OPERATIONAL AMPLIFIERS - 73 EARLY OPERATIONAL AMPLIFIERS - 77 DRIFT STABILISATION - 80 SUMMERS - 85 INTEGRATORS - 89 COEFFICIENT POTENTIOMETERS - 92 Y .. XII -- CONTENTS 4.5 FUNCTION GENERATORS - 97 4.5.1 SERVO FUNCTION GENERATORS - 97 4.5.2 CURVE FOLLOWERS - 98 4.5.3 PHOTOFORMERS - 99 4.5.4 VARISTOR FUNCTION GENERATORS - 100 4.5.5 DIODE FUNCTION GENERATORS - 100 4.5.6 INVERSE FUNCTIONS - 102 4.5.7 FUNCTIONS OF TWO VARIABLES - 103 4.6 MULTIPLICATION - 105 4.6.1 SERVO MULTIPLIERS - 105 4.6.2 CROSSED-FIELDS ELECTRON-BEAM MULTIPLIER - 106 4.6.3 HYPERBOLIC FIELD MULTIPLIER - 107 4.6.4 OTHER MULTIPLICATION TUBES - 108 4.6.5 TIME DIVISION MULTIPLIERS - 109 4.6.6 LOGARITHMIC MULTIPLIERS - 110 4.6.7 QUARTER SQUARE MULTIPLIERS - 111 4.6.8 OTHER MULTIPLICATION SCHEMES - 114 4.7 DIVISION AND SQUARE ROOT - 114 4.8 COMPARATORS - 115 4.9 LIMITERS - 116 4.10 RESOLVERS - 117 4.11 TIME DELAY - 117 4.12 RANDOM NOISE GENERATORS - 120 4.13 OUTPUT DEVICES - 121 5 THE ANATOMY OF A CLASSIC ANALOG COMPUTER - 123 5.1 ANALOG PATCH PANEL - 123 5.2 FUNCTION GENERATORS - 124 5.3 DIGITAL PATCH PANEL AND CONTROLS - 125 5.4 READOUT - 127 5.5 CONTROL - 129 5.6 PERFORMING A COMPUTATION - 131 6 SOME TYPICAL ANALOG COMPUTERS - 133 6.1 TELEFUNKEN RA 1- 133 6.2 GAP/R ANALOG COMPUTERS - 136 6.3 EAI 231R - 138 6.4 EARLY TRANSISTORISED SYSTEMS - 141 6.5 LATER ANALOG COMPUTERS - 147 6.6 THE ANALOG THING - 150 CONTENTS - XIII 7 PROGRAMMING - 151 7.1 BASIC APPROACH - 151 7.2 KELVIN S FEEDBACK TECHNIQUE - 153 7.3 SUBSTITUTION METHOD - 155 7.4 PARTIAL DIFFERENTIAL EQUATIONS - 157 7.4.1 QUOTIENT OF DIFFERENCES - 158 7.4.2 SEPARATION OF VARIABLES - 160 7.5 SCALING - 162 8 PROGRAMMING EXAMPLES - 165 8.1 SOLVING Y+ W2Y =0- 165 8.2 SWEEP GENERATOR - 166 8.3 MASS-SPRING-DAMPER SYSTEM - 168 8.4 PREDATOR AND PREY - 172 8.5 SIMULATION OF AN EPIDEMIC - 174 8.6 BOUNCING BALL - 176 8.7 CAR SUSPENSION - 181 8.8 LORENZ ATTRACTOR - 187 8.9 MATHIEU S EQUATION - 190 8.10 PROJECTION OF ROTATING BODIES - 194 8.11 CONFORMAL MAPPING - 196 9 HYBRID COMPUTERS - 201 9.1 SYSTEMS - 201 9.2 PROGRAMMING - 205 9.3 EXAMPLE - 206 10 DIGITAL DIFFERENTIAL ANALYSERS - 209 10.1 BASIC COMPUTING ELEMENTS - 210 10.1.1 INTEGRATORS - 210 10.1.2 SERVOS - 213 10.1.3 SUMMERS - 214 10.1.4 ADDITIONAL ELEMENTS - 214 10.2 PROGRAMMING EXAMPLES - 215 10.3 PROBLEMS - 216 10.4 SYSTEMS - 217 10.4.1 MADDIDA - 217 10.4.2 BENDIX D-12 - 220 10.4.3 CORSAIR - 224 10.4.4 TRICE - 225 XIV -- CONTENTS 11 STOCHASTIC COMPUTING - 229 12 SIMULATION OF ANALOG COMPUTERS - 233 12.1 BASICS - 234 12.2 DDA PROGRAMMING SYSTEM FOR THE IBM 7074 - 234 12.3 CSMP - 237 12.4 MODERN APPROACHES - 240 13 APPLICATIONS - 243 13.1 MATHEMATICS - 243 13.1.1 DIFFERENTIAL EQUATIONS - 243 13.1.2 INTEGRAL EQUATIONS - 244 13.1.3 ROOTS OF POLYNOMIALS - 247 13.1.4 ORTHOGONAL FUNCTIONS - 247 13.1.5 LINEAR ALGEBRA - 248 13.1.6 EIGENVALUES AND -VECTORS - 249 13.1.7 FOURIER SYNTHESIS AND ANALYSIS - 250 13.1.8 RANDOM PROCESSES AND MONTE-CARLO SIMULATIONS - 251 13.1.9 OPTIMISATION AND OPERATIONAL RESEARCH - 252 13.1.10 DISPLAY OF COMPLEX SHAPES - 253 13.2 PHYSICS - 253 13.2.1 ORBIT CALCULATIONS - 255 13.2.2 PARTICLE TRAJECTORIES AND PLASMA PHYSICS - 255 13.2.3 OPTICS - 258 13.2.4 HEAT-TRANSFER - 258 13.2.5 FALLOUT PREDICTION - 262 13.2.6 SEMICONDUCTOR RESEARCH - 262 13.2.7 FERROMAGNETIC FILMS - 264 13.3 CHEMISTRY - 264 13.3.1 REACTION KINETICS - 264 13.3.2 QUANTUM CHEMISTRY - 265 13.4 MECHANICS AND ENGINEERING - 266 13.4.1 VIBRATIONS - 267 13.4.2 SHOCK ABSORBERS - 268 13.4.3 EARTHQUAKE SIMULATION - 268 13.4.4 ROTATING SYSTEMS AND GEARS - 269 13.4.5 COMPRESSORS - 270 13.4.6 CRANK MECHANISMS AND LINKAGES - 271 13.4.7 NON-DESTRUCTIVE TESTING - 272 13.4.8 DUCTILE DEFORMATION - 272 13.4.9 PNEUMATIC AND HYDRAULIC SYSTEMS - 273 13.4.10 CONTROL OF MACHINE TOOLS - 276 CONTENTS - XV 13.4.11 13.5 13.6 13.6.1 13.6.2 13.6.3 13.6.4 13.6.5 13.7 13.7.1 13.7.2 13.7.3 13.7.4 13.7.5 13.7.6 13.7.7 13.7.8 13.7.9 13.8 13.8.1 13.8.2 13.8.3 13.9 13.10 13.10.1 13.10.2 13.10.3 13.10.4 13.10.5 13.10.6 13.10.7 13.10.8 13.11 13.11.1 13.11.2 13.11.3 13.11.4 13.11.5 13.12 13.12.1 13.12.2 13.12.3 SERVO SYSTEMS - 277 COLOUR MATCHING - 278 NUCLEAR TECHNOLOGY - 278 RESEARCH - 279 REACTOR/NEUTRON KINETICS - 280 TRAINING - 281 CONTROL - 282 ENRICHMENT - 283 BIOLOGY AND MEDICINE - 284 ECOSYSTEMS - 284 METABOLISM RESEARCH - 285 CARDIOVASCULAR SYSTEMS - 285 CLOSED LOOP CONTROL STUDIES - 286 NEUROPHYSIOLOGY - 286 EPIDEMIOLOGY - 288 AEROSPACE MEDICINE - 289 LOCOMOTOR SYSTEMS - 289 DOSIMETRY - 290 GEOLOGY AND MARINE SCIENCE - 290 OIL AND GAS RESERVOIRS - 290 SEISMOLOGY - 291 RAY TRACING - 292 ECONOMICS - 292 POWER ENGINEERING - 295 GENERATORS - 295 TRANSFORMERS - 296 POWER INVERTERS AND RECTIFIERS - 296 TRANSMISSION LINES - 297 FREQUENCY CONTROL - 297 POWER GRID SIMULATION - 298 POWER STATION SIMULATION - 300 DISPATCH COMPUTERS - 301 ELECTRONICS AND TELECOMMUNICATIONS - 301 CIRCUIT SIMULATION - 301 FREQUENCY RESPONSE - 303 FILTER DESIGN - 304 MODULATORS AND DEMODULATORS - 304 ANTENNA AND RADAR SYSTEMS - 305 AUTOMATION - 305 DATA PROCESSING - 306 CORRELATION ANALYSIS - 306 CLOSED LOOP CONTROL AND SERVO SYSTEMS - 307 XVI - CONTENTS 13.12.4 SAMPLING SYSTEMS - 307 13.12.5 EMBEDDED SYSTEMS - 308 13.13 PROCESS ENGINEERING - 308 13.13.1 MIXING TANKS, HEAT EXCHANGERS, EVAPORATORS, AND DISTILLATION COLUMNS - 309 13.13.2 ADAPTIVE CONTROL - 311 13.13.3 PARAMETER DETERMINATION AND OPTIMISATION - 311 13.13.4 PLANT STARTUP SIMULATION - 312 13.14 TRANSPORT SYSTEMS - 313 13.14.1 AUTOMOTIVE ENGINEERING - 313 13.14.2 RAILWAY VEHICLES - 317 13.14.3 HOVERCRAFTS AND MAGLEVS - 317 13.14.4 NAUTICS - 318 13.15 AERONAUTICAL ENGINEERING - 320 13.15.1 LANDING GEARS - 321 13.15.2 AIRCRAFT ARRESTING GEAR SYSTEMS - 323 13.15.3 JET ENGINES - 323 13.15.4 HELICOPTERS - 323 13.15.5 FLUTTER SIMULATIONS - 324 13.15.6 FLIGHT SIMULATION - 325 13.15.7 AIRBORNE SIMULATORS - 334 13.15.8 GUIDANCE AND CONTROL - 336 13.15.9 MISCELLANEOUS - 338 13.16 ROCKETRY - 338 13.16.1 ROCKET MOTOR SIMULATION - 338 13.16.2 ROCKET SIMULATION - 339 13.16.3 REAL-TIME DATA ANALYSIS - 343 13.16.4 SPACECRAFT MANOEUVRES - 343 13.16.5 MERCURY, GEMINI, AND APOLLO - 345 13.17 MILITARY APPLICATIONS - 347 13.18 EDUCATION - 348 13.19 ARTS, ENTERTAINMENT, AND MUSIC - 349 13.19.1 ARTS - 349 13.19.2 ENTERTAINMENT - 352 13.19.3 MUSIC - 354 13.20 ANALOG COMPUTER CENTERS - 354 14 FUTURE AND OPPORTUNITIES - 357 14.1 CHALLENGES - 359 14.2 APPLICATIONS - 361 14.3 RECENT WORK - 362 CONTENTS - XVII BIBLIOGRAPHY - 365 INDEX - 427
adam_txt	CONTENTS ACKNOWLEDGMENTS - VII PREFACE TO THE 2ND EDITION - IX 1 1.1 1.2 1.3 2 2.1 2.2 2.3 2.4 2.5 2.5.1 2.5.2 2.5.3 2.5.4 2.6 2.7 2.8 3 3.1 3.1.1 3.1.2 3.2 3.3 3.4 3.5 4 4.1 4.1.1 4.1.2 4.2 4.3 4.4 $ B1IOTHEK DEUTSCHES MUSEUM Y INTRODUCTION -1 OUTLINE -1 THE NOTION OF ANALOG COMPUTING -2 DIRECT AND INDIRECT ANALOGIES -4 MECHANICAL ANALOG COMPUTERS -9 ASTROLABES -9 THE ANTIKYTHERA MECHANISM -9 SLIDE RULES - 11 PLANIMETERS - 13 MECHANICAL COMPUTING ELEMENTS - 17 FUNCTION GENERATION - 18 DIFFERENTIAL GEARS - 20 INTEGRATORS - 21 MULTIPLIERS - 24 HARMONIC SYNTHESIZERS AND ANALYSERS - 25 MECHANICAL FIRE CONTROL SYSTEMS - 29 DIFFERENTIAL ANALYSERS - 32 THE FIRST ELECTRONIC ANALOG COMPUTERS - 41 HELMUT HOELZER - 41 THE "MISCHGERAET" - 42 HOELZER'S ANALOG COMPUTER - 48 GEORGE A. PHILBRICK'S POLYPHEMUS - 57 ELECTRONIC FIRE CONTROL SYSTEMS - 61 MIT-67 THE CALTECH COMPUTER - 68 BASIC COMPUTING ELEMENTS - 73 OPERATIONAL AMPLIFIERS - 73 EARLY OPERATIONAL AMPLIFIERS - 77 DRIFT STABILISATION - 80 SUMMERS - 85 INTEGRATORS - 89 COEFFICIENT POTENTIOMETERS - 92 Y . XII -- CONTENTS 4.5 FUNCTION GENERATORS - 97 4.5.1 SERVO FUNCTION GENERATORS - 97 4.5.2 CURVE FOLLOWERS - 98 4.5.3 PHOTOFORMERS - 99 4.5.4 VARISTOR FUNCTION GENERATORS - 100 4.5.5 DIODE FUNCTION GENERATORS - 100 4.5.6 INVERSE FUNCTIONS - 102 4.5.7 FUNCTIONS OF TWO VARIABLES - 103 4.6 MULTIPLICATION - 105 4.6.1 SERVO MULTIPLIERS - 105 4.6.2 CROSSED-FIELDS ELECTRON-BEAM MULTIPLIER - 106 4.6.3 HYPERBOLIC FIELD MULTIPLIER - 107 4.6.4 OTHER MULTIPLICATION TUBES - 108 4.6.5 TIME DIVISION MULTIPLIERS - 109 4.6.6 LOGARITHMIC MULTIPLIERS - 110 4.6.7 QUARTER SQUARE MULTIPLIERS - 111 4.6.8 OTHER MULTIPLICATION SCHEMES - 114 4.7 DIVISION AND SQUARE ROOT - 114 4.8 COMPARATORS - 115 4.9 LIMITERS - 116 4.10 RESOLVERS - 117 4.11 TIME DELAY - 117 4.12 RANDOM NOISE GENERATORS - 120 4.13 OUTPUT DEVICES - 121 5 THE ANATOMY OF A CLASSIC ANALOG COMPUTER - 123 5.1 ANALOG PATCH PANEL - 123 5.2 FUNCTION GENERATORS - 124 5.3 DIGITAL PATCH PANEL AND CONTROLS - 125 5.4 READOUT - 127 5.5 CONTROL - 129 5.6 PERFORMING A COMPUTATION - 131 6 SOME TYPICAL ANALOG COMPUTERS - 133 6.1 TELEFUNKEN RA 1- 133 6.2 GAP/R ANALOG COMPUTERS - 136 6.3 EAI 231R - 138 6.4 EARLY TRANSISTORISED SYSTEMS - 141 6.5 LATER ANALOG COMPUTERS - 147 6.6 THE ANALOG THING - 150 CONTENTS - XIII 7 PROGRAMMING - 151 7.1 BASIC APPROACH - 151 7.2 KELVIN'S FEEDBACK TECHNIQUE - 153 7.3 SUBSTITUTION METHOD - 155 7.4 PARTIAL DIFFERENTIAL EQUATIONS - 157 7.4.1 QUOTIENT OF DIFFERENCES - 158 7.4.2 SEPARATION OF VARIABLES - 160 7.5 SCALING - 162 8 PROGRAMMING EXAMPLES - 165 8.1 SOLVING Y+ W2Y =0- 165 8.2 SWEEP GENERATOR - 166 8.3 MASS-SPRING-DAMPER SYSTEM - 168 8.4 PREDATOR AND PREY - 172 8.5 SIMULATION OF AN EPIDEMIC - 174 8.6 BOUNCING BALL - 176 8.7 CAR SUSPENSION - 181 8.8 LORENZ ATTRACTOR - 187 8.9 MATHIEU'S EQUATION - 190 8.10 PROJECTION OF ROTATING BODIES - 194 8.11 CONFORMAL MAPPING - 196 9 HYBRID COMPUTERS - 201 9.1 SYSTEMS - 201 9.2 PROGRAMMING - 205 9.3 EXAMPLE - 206 10 DIGITAL DIFFERENTIAL ANALYSERS - 209 10.1 BASIC COMPUTING ELEMENTS - 210 10.1.1 INTEGRATORS - 210 10.1.2 SERVOS - 213 10.1.3 SUMMERS - 214 10.1.4 ADDITIONAL ELEMENTS - 214 10.2 PROGRAMMING EXAMPLES - 215 10.3 PROBLEMS - 216 10.4 SYSTEMS - 217 10.4.1 MADDIDA - 217 10.4.2 BENDIX D-12 - 220 10.4.3 CORSAIR - 224 10.4.4 TRICE - 225 XIV -- CONTENTS 11 STOCHASTIC COMPUTING - 229 12 SIMULATION OF ANALOG COMPUTERS - 233 12.1 BASICS - 234 12.2 DDA PROGRAMMING SYSTEM FOR THE IBM 7074 - 234 12.3 CSMP - 237 12.4 MODERN APPROACHES - 240 13 APPLICATIONS - 243 13.1 MATHEMATICS - 243 13.1.1 DIFFERENTIAL EQUATIONS - 243 13.1.2 INTEGRAL EQUATIONS - 244 13.1.3 ROOTS OF POLYNOMIALS - 247 13.1.4 ORTHOGONAL FUNCTIONS - 247 13.1.5 LINEAR ALGEBRA - 248 13.1.6 EIGENVALUES AND -VECTORS - 249 13.1.7 FOURIER SYNTHESIS AND ANALYSIS - 250 13.1.8 RANDOM PROCESSES AND MONTE-CARLO SIMULATIONS - 251 13.1.9 OPTIMISATION AND OPERATIONAL RESEARCH - 252 13.1.10 DISPLAY OF COMPLEX SHAPES - 253 13.2 PHYSICS - 253 13.2.1 ORBIT CALCULATIONS - 255 13.2.2 PARTICLE TRAJECTORIES AND PLASMA PHYSICS - 255 13.2.3 OPTICS - 258 13.2.4 HEAT-TRANSFER - 258 13.2.5 FALLOUT PREDICTION - 262 13.2.6 SEMICONDUCTOR RESEARCH - 262 13.2.7 FERROMAGNETIC FILMS - 264 13.3 CHEMISTRY - 264 13.3.1 REACTION KINETICS - 264 13.3.2 QUANTUM CHEMISTRY - 265 13.4 MECHANICS AND ENGINEERING - 266 13.4.1 VIBRATIONS - 267 13.4.2 SHOCK ABSORBERS - 268 13.4.3 EARTHQUAKE SIMULATION - 268 13.4.4 ROTATING SYSTEMS AND GEARS - 269 13.4.5 COMPRESSORS - 270 13.4.6 CRANK MECHANISMS AND LINKAGES - 271 13.4.7 NON-DESTRUCTIVE TESTING - 272 13.4.8 DUCTILE DEFORMATION - 272 13.4.9 PNEUMATIC AND HYDRAULIC SYSTEMS - 273 13.4.10 CONTROL OF MACHINE TOOLS - 276 CONTENTS - XV 13.4.11 13.5 13.6 13.6.1 13.6.2 13.6.3 13.6.4 13.6.5 13.7 13.7.1 13.7.2 13.7.3 13.7.4 13.7.5 13.7.6 13.7.7 13.7.8 13.7.9 13.8 13.8.1 13.8.2 13.8.3 13.9 13.10 13.10.1 13.10.2 13.10.3 13.10.4 13.10.5 13.10.6 13.10.7 13.10.8 13.11 13.11.1 13.11.2 13.11.3 13.11.4 13.11.5 13.12 13.12.1 13.12.2 13.12.3 SERVO SYSTEMS - 277 COLOUR MATCHING - 278 NUCLEAR TECHNOLOGY - 278 RESEARCH - 279 REACTOR/NEUTRON KINETICS - 280 TRAINING - 281 CONTROL - 282 ENRICHMENT - 283 BIOLOGY AND MEDICINE - 284 ECOSYSTEMS - 284 METABOLISM RESEARCH - 285 CARDIOVASCULAR SYSTEMS - 285 CLOSED LOOP CONTROL STUDIES - 286 NEUROPHYSIOLOGY - 286 EPIDEMIOLOGY - 288 AEROSPACE MEDICINE - 289 LOCOMOTOR SYSTEMS - 289 DOSIMETRY - 290 GEOLOGY AND MARINE SCIENCE - 290 OIL AND GAS RESERVOIRS - 290 SEISMOLOGY - 291 RAY TRACING - 292 ECONOMICS - 292 POWER ENGINEERING - 295 GENERATORS - 295 TRANSFORMERS - 296 POWER INVERTERS AND RECTIFIERS - 296 TRANSMISSION LINES - 297 FREQUENCY CONTROL - 297 POWER GRID SIMULATION - 298 POWER STATION SIMULATION - 300 DISPATCH COMPUTERS - 301 ELECTRONICS AND TELECOMMUNICATIONS - 301 CIRCUIT SIMULATION - 301 FREQUENCY RESPONSE - 303 FILTER DESIGN - 304 MODULATORS AND DEMODULATORS - 304 ANTENNA AND RADAR SYSTEMS - 305 AUTOMATION - 305 DATA PROCESSING - 306 CORRELATION ANALYSIS - 306 CLOSED LOOP CONTROL AND SERVO SYSTEMS - 307 XVI - CONTENTS 13.12.4 SAMPLING SYSTEMS - 307 13.12.5 EMBEDDED SYSTEMS - 308 13.13 PROCESS ENGINEERING - 308 13.13.1 MIXING TANKS, HEAT EXCHANGERS, EVAPORATORS, AND DISTILLATION COLUMNS - 309 13.13.2 ADAPTIVE CONTROL - 311 13.13.3 PARAMETER DETERMINATION AND OPTIMISATION - 311 13.13.4 PLANT STARTUP SIMULATION - 312 13.14 TRANSPORT SYSTEMS - 313 13.14.1 AUTOMOTIVE ENGINEERING - 313 13.14.2 RAILWAY VEHICLES - 317 13.14.3 HOVERCRAFTS AND MAGLEVS - 317 13.14.4 NAUTICS - 318 13.15 AERONAUTICAL ENGINEERING - 320 13.15.1 LANDING GEARS - 321 13.15.2 AIRCRAFT ARRESTING GEAR SYSTEMS - 323 13.15.3 JET ENGINES - 323 13.15.4 HELICOPTERS - 323 13.15.5 FLUTTER SIMULATIONS - 324 13.15.6 FLIGHT SIMULATION - 325 13.15.7 AIRBORNE SIMULATORS - 334 13.15.8 GUIDANCE AND CONTROL - 336 13.15.9 MISCELLANEOUS - 338 13.16 ROCKETRY - 338 13.16.1 ROCKET MOTOR SIMULATION - 338 13.16.2 ROCKET SIMULATION - 339 13.16.3 REAL-TIME DATA ANALYSIS - 343 13.16.4 SPACECRAFT MANOEUVRES - 343 13.16.5 MERCURY, GEMINI, AND APOLLO - 345 13.17 MILITARY APPLICATIONS - 347 13.18 EDUCATION - 348 13.19 ARTS, ENTERTAINMENT, AND MUSIC - 349 13.19.1 ARTS - 349 13.19.2 ENTERTAINMENT - 352 13.19.3 MUSIC - 354 13.20 ANALOG COMPUTER CENTERS - 354 14 FUTURE AND OPPORTUNITIES - 357 14.1 CHALLENGES - 359 14.2 APPLICATIONS - 361 14.3 RECENT WORK - 362 CONTENTS - XVII BIBLIOGRAPHY - 365 INDEX - 427
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id	DE-604.BV048601299
illustrated	Illustrated
index_date	2024-07-03T21:10:09Z
indexdate	2024-07-10T09:42:39Z
institution	BVB
isbn	9783110787610
language	English
oai_aleph_id	oai:aleph.bib-bvb.de:BVB01-033976824
oclc_num	1353295515
open_access_boolean
owner	DE-92 DE-210 DE-29T DE-11
owner_facet	DE-92 DE-210 DE-29T DE-11
physical	XVII, 440 Seiten Illustrationen, Diagramme 24 cm
psigel	DHB_DM BSB_NED_20230223
publishDate	2023
publishDateSearch	2023
publishDateSort	2023
publisher	De Gruyter Oldenbourg
record_format	marc
series2	De Gruyter graduate
spelling	Ulmann, Bernd 1970- Verfasser (DE-588)139951555 aut Analog computing Bernd Ulmann 2nd edition Berlin ; Boston De Gruyter Oldenbourg [2023] © 2023 XVII, 440 Seiten Illustrationen, Diagramme 24 cm txt rdacontent n rdamedia nc rdacarrier De Gruyter graduate Analoge Computer Analogrechner Computing Geschichte der Informatik Programmieren COMPUTERS / General bisacsh Analogrechner (DE-588)4142337-9 gnd rswk-swf Analogrechner (DE-588)4142337-9 s DE-604 Erscheint auch als Online-Ausgabe, EPUB 978-3-11-078787-0 Erscheint auch als Online-Ausgabe, PDF 978-3-11-078774-0 Digitalisierung Deutsches Museum application/pdf http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=033976824&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA Inhaltsverzeichnis
spellingShingle	Ulmann, Bernd 1970- Analog computing Analoge Computer Analogrechner Computing Geschichte der Informatik Programmieren COMPUTERS / General bisacsh Analogrechner (DE-588)4142337-9 gnd
subject_GND	(DE-588)4142337-9
title	Analog computing
title_auth	Analog computing
title_exact_search	Analog computing
title_exact_search_txtP	Analog computing
title_full	Analog computing Bernd Ulmann
title_fullStr	Analog computing Bernd Ulmann
title_full_unstemmed	Analog computing Bernd Ulmann
title_short	Analog computing
title_sort	analog computing
topic	Analoge Computer Analogrechner Computing Geschichte der Informatik Programmieren COMPUTERS / General bisacsh Analogrechner (DE-588)4142337-9 gnd
topic_facet	Analoge Computer Analogrechner Computing Geschichte der Informatik Programmieren COMPUTERS / General
url	http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=033976824&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA
work_keys_str_mv	AT ulmannbernd analogcomputing

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