Lecture Notes in Computer Science 3472

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Lecture Notes in Computer Science

Lecture Notes in Computer Science 3472 Commenced Publication in 1973 Founding and Former Series Editors: Gerhard Goos, Juris Hartmanis, and Jan van Leeuwen Editorial Board www.dbebooks.com - Free Books & magazines David Hutchison Lancaster University, UK Takeo Kanade Carnegie Mellon University, Pittsburgh, PA, USA Josef Kittler University of Surrey, Guildford, UK Jon M. Kleinberg Cornell University, Ithaca, NY, USA Friedemann Mattern ETH Zurich, Switzerland John C. Mitchell Stanford University, CA, USA Moni Naor Weizmann Institute of Science, Rehovot, Israel Oscar Nierstrasz University of Bern, Switzerland C. Pandu Rangan Indian Institute of Technology, Madras, India Bernhard Steffen University of Dortmund, Germany Madhu Sudan Massachusetts Institute of Technology, MA, USA Demetri Terzopoulos New York University, NY, USA Doug Tygar University of California, Berkeley, CA, USA Moshe Y. Vardi Rice University, Houston, TX, USA Gerhard Weikum Max-Planck Institute of Computer Science, Saarbruecken, Germany

  • Page 2: Manfred Broy Bengt Jonsson
  • Page 4: Preface
  • Page 6: Contents
  • Page 8: Part I
  • Page 10: Part I. Testing of Finite State Mac
  • Page 12: 6 Sven Sandberg
  • Page 14: 8 Sven Sandberg
  • Page 16: 10 Sven Sandberg
  • Page 18: 12 Sven Sandberg
  • Page 20: 14 Sven Sandberg
  • Page 22: 16 Sven Sandberg
  • Page 24: 18 Sven Sandberg
  • Page 26: 20 Sven Sandberg
  • Page 28: 22 Sven Sandberg
  • Page 30: 24 Sven Sandberg
  • Page 32: 26 Sven Sandberg
  • Page 34: 28 Sven Sandberg
  • Page 36: 30 Sven Sandberg
  • Page 38: 32 Sven Sandberg
  • Page 40: 2 State Identification
  • Page 42: 2 State Identification 37
  • Page 44: 2 State Identification 39
  • Page 46: 2 State Identification 41
  • Page 48: 2 State Identification 43
  • Page 50: • An input sequence x is a valid
  • Page 52:

    2 State Identification 47

  • Page 54:

    2 State Identification 49

  • Page 56:

    2 State Identification 51

  • Page 58:

    2 State Identification 53

  • Page 60:

    2 State Identification 55

  • Page 62:

    2 State Identification 57

  • Page 64:

    and {s2, s4, s6} a/1

  • Page 66:

    fu1 =(s1, s2), (s3, s5), (s4, s5),

  • Page 68:

    2 State Identification 63

  • Page 70:

    2.4.5 Complexity

  • Page 72:

    2 State Identification 67

  • Page 74:

    70 Henrik Björklund

  • Page 76:

    72 Henrik Björklund

  • Page 78:

    74 Henrik Björklund

  • Page 80:

    76 Henrik Björklund

  • Page 82:

    78 Henrik Björklund

  • Page 84:

    80 Henrik Björklund

  • Page 86:

    82 Henrik Björklund

  • Page 88:

    84 Henrik Björklund

  • Page 90:

    86 Henrik Björklund

  • Page 92:

    88 Angelo Gargantini

  • Page 94:

    90 Angelo Gargantini

  • Page 96:

    92 Angelo Gargantini

  • Page 98:

    94 Angelo Gargantini

  • Page 100:

    96 Angelo Gargantini

  • Page 102:

    98 Angelo Gargantini

  • Page 104:

    100 Angelo Gargantini

  • Page 106:

    102 Angelo Gargantini

  • Page 108:

    104 Angelo Gargantini

  • Page 110:

    106 Angelo Gargantini

  • Page 112:

    108 Angelo Gargantini

  • Page 114:

    110 Angelo Gargantini

  • Page 116:

    Part II

  • Page 118:

    Part II. Testing of Labeled Transit

  • Page 120:

    118 Stefan D. Bruda

  • Page 122:

    120 Stefan D. Bruda

  • Page 124:

    122 Stefan D. Bruda

  • Page 126:

    124 Stefan D. Bruda

  • Page 128:

    126 Stefan D. Bruda

  • Page 130:

    128 Stefan D. Bruda

  • Page 132:

    130 Stefan D. Bruda

  • Page 134:

    132 Stefan D. Bruda

  • Page 136:

    134 Stefan D. Bruda

  • Page 138:

    136 Stefan D. Bruda

  • Page 140:

    138 Stefan D. Bruda

  • Page 142:

    140 Stefan D. Bruda

  • Page 144:

    142 Stefan D. Bruda

  • Page 146:

    144 Stefan D. Bruda

  • Page 148:

    146 Stefan D. Bruda

  • Page 150:

    148 Stefan D. Bruda

  • Page 152:

    6 Test Generation Algorithms Based

  • Page 154:

    6 Test Generation Algorithms Based

  • Page 156:

    6 Test Generation Algorithms Based

  • Page 158:

    6 Test Generation Algorithms Based

  • Page 160:

    a q2

  • Page 162:

    6 Test Generation Algorithms Based

  • Page 164:

    6 Test Generation Algorithms Based

  • Page 166:

    6 Test Generation Algorithms Based

  • Page 168:

    6 Test Generation Algorithms Based

  • Page 170:

    6 Test Generation Algorithms Based

  • Page 172:

    6 Test Generation Algorithms Based

  • Page 174:

    174 Machiel van der Bijl and Fabien

  • Page 176:

    176 Machiel van der Bijl and Fabien

  • Page 178:

    178 Machiel van der Bijl and Fabien

  • Page 180:

    180 Machiel van der Bijl and Fabien

  • Page 182:

    182 Machiel van der Bijl and Fabien

  • Page 184:

    184 Machiel van der Bijl and Fabien

  • Page 186:

    186 Machiel van der Bijl and Fabien

  • Page 188:

    188 Machiel van der Bijl and Fabien

  • Page 190:

    190 Machiel van der Bijl and Fabien

  • Page 192:

    192 Machiel van der Bijl and Fabien

  • Page 194:

    194 Machiel van der Bijl and Fabien

  • Page 196:

    196 Machiel van der Bijl and Fabien

  • Page 198:

    198 Machiel van der Bijl and Fabien

  • Page 200:

    200 Machiel van der Bijl and Fabien

  • Page 202:

    202 Laura Brandán Briones and Math

  • Page 204:

    204 Laura Brandán Briones and Math

  • Page 206:

    206 Laura Brandán Briones and Math

  • Page 208:

    208 Laura Brandán Briones and Math

  • Page 210:

    210 Laura Brandán Briones and Math

  • Page 212:

    212 Laura Brandán Briones and Math

  • Page 214:

    214 Laura Brandán Briones and Math

  • Page 216:

    216 Laura Brandán Briones and Math

  • Page 218:

    218 Laura Brandán Briones and Math

  • Page 220:

    220 Laura Brandán Briones and Math

  • Page 222:

    222 Laura Brandán Briones and Math

  • Page 224:

    224 Laura Brandán Briones and Math

  • Page 226:

    226 Laura Brandán Briones and Math

  • Page 228:

    228 Laura Brandán Briones and Math

  • Page 230:

    230 Laura Brandán Briones and Math

  • Page 232:

    9 Testing Theory for Probabilistic

  • Page 234:

    9 Testing Theory for Probabilistic

  • Page 236:

    9.3 Fully Probabilistic Processes

  • Page 238:

    9 Testing Theory for Probabilistic

  • Page 240:

    9 Testing Theory for Probabilistic

  • Page 242:

    (a, 0.5)

  • Page 244:

    9 Testing Theory for Probabilistic

  • Page 246:

    where 9 Testing Theory for Probabil

  • Page 248:

    or (must-testing):

  • Page 250:

    u ′ 1

  • Page 252:

    Definition 9.16. [Seg96] Let P, Q

  • Page 254:

    δ((v1, v ′′ ), b,χ (u1,u ′

  • Page 256:

    u1 sM1

  • Page 258:

    9 Testing Theory for Probabilistic

  • Page 260:

    9 Testing Theory for Probabilistic

  • Page 262:

    sP (a, 1

  • Page 264:

    nonprob.

  • Page 266:

    9 Testing Theory for Probabilistic

  • Page 268:

    Definition 9.30. Let P, Q ∈ PP.

  • Page 270:

    9 Testing Theory for Probabilistic

  • Page 272:

    v1 u1

  • Page 274:

    9 Testing Theory for Probabilistic

  • Page 276:

    278 Part III. Model-Based Test Case

  • Page 278:

    10 Methodological Issues in Model-B

  • Page 280:

    10 Methodological Issues in Model-B

  • Page 282:

    input i

  • Page 284:

    10 Methodological Issues in Model-B

  • Page 286:

    10 Methodological Issues in Model-B

  • Page 288:

    10 Methodological Issues in Model-B

  • Page 290:

    294 Christophe Gaston and Dirk Seif

  • Page 292:

    296 Christophe Gaston and Dirk Seif

  • Page 294:

    298 Christophe Gaston and Dirk Seif

  • Page 296:

    300 Christophe Gaston and Dirk Seif

  • Page 298:

    302 Christophe Gaston and Dirk Seif

  • Page 300:

    304 Christophe Gaston and Dirk Seif

  • Page 302:

    306 Christophe Gaston and Dirk Seif

  • Page 304:

    308 Christophe Gaston and Dirk Seif

  • Page 306:

    310 Christophe Gaston and Dirk Seif

  • Page 308:

    312 Christophe Gaston and Dirk Seif

  • Page 310:

    314 Christophe Gaston and Dirk Seif

  • Page 312:

    316 Christophe Gaston and Dirk Seif

  • Page 314:

    318 Christophe Gaston and Dirk Seif

  • Page 316:

    320 Christophe Gaston and Dirk Seif

  • Page 318:

    322 Christophe Gaston and Dirk Seif

  • Page 320:

    324 Levi Lúcio and Marko Samer

  • Page 322:

    326 Levi Lúcio and Marko Samer

  • Page 324:

    328 Levi Lúcio and Marko Samer

  • Page 326:

    330 Levi Lúcio and Marko Samer

  • Page 328:

    332 Levi Lúcio and Marko Samer

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    334 Levi Lúcio and Marko Samer

  • Page 332:

    336 Levi Lúcio and Marko Samer

  • Page 334:

    338 Levi Lúcio and Marko Samer

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    340 Levi Lúcio and Marko Samer

  • Page 338:

    342 Levi Lúcio and Marko Samer

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    344 Levi Lúcio and Marko Samer

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    346 Levi Lúcio and Marko Samer

  • Page 344:

    348 Levi Lúcio and Marko Samer

  • Page 346:

    350 Levi Lúcio and Marko Samer

  • Page 348:

    352 Levi Lúcio and Marko Samer

  • Page 350:

    354 Levi Lúcio and Marko Samer

  • Page 352:

    356 Kirsten Berkenkötter and Raimu

  • Page 354:

    358 Kirsten Berkenkötter and Raimu

  • Page 356:

    360 Kirsten Berkenkötter and Raimu

  • Page 358:

    362 Kirsten Berkenkötter and Raimu

  • Page 360:

    364 Kirsten Berkenkötter and Raimu

  • Page 362:

    366 Kirsten Berkenkötter and Raimu

  • Page 364:

    368 Kirsten Berkenkötter and Raimu

  • Page 366:

    370 Kirsten Berkenkötter and Raimu

  • Page 368:

    372 Kirsten Berkenkötter and Raimu

  • Page 370:

    374 Kirsten Berkenkötter and Raimu

  • Page 372:

    376 Kirsten Berkenkötter and Raimu

  • Page 374:

    378 Kirsten Berkenkötter and Raimu

  • Page 376:

    380 Kirsten Berkenkötter and Raimu

  • Page 378:

    382 Kirsten Berkenkötter and Raimu

  • Page 380:

    384 Kirsten Berkenkötter and Raimu

  • Page 382:

    386 Kirsten Berkenkötter and Raimu

  • Page 384:

    Part IV

  • Page 386:

    14 Tools for Test Case Generation

  • Page 388:

    14 Tools for Test Case Generation 3

  • Page 390:

    14 Tools for Test Case Generation 3

  • Page 392:

    14 Tools for Test Case Generation 3

  • Page 394:

    14 Tools for Test Case Generation 3

  • Page 396:

    14 Tools for Test Case Generation 4

  • Page 398:

    14 Tools for Test Case Generation 4

  • Page 400:

    14 Tools for Test Case Generation 4

  • Page 402:

    14 Tools for Test Case Generation 4

  • Page 404:

    14 Tools for Test Case Generation 4

  • Page 406:

    Test Generation Process

  • Page 408:

    Generating FSMs out of ASMs

  • Page 410:

    14 Tools for Test Case Generation 4

  • Page 412:

    14 Tools for Test Case Generation 4

  • Page 414:

    14 Tools for Test Case Generation 4

  • Page 416:

    14 Tools for Test Case Generation 4

  • Page 418:

    14 Tools for Test Case Generation 4

  • Page 420:

    14 Tools for Test Case Generation 4

  • Page 422:

    Related Papers

  • Page 424:

    Tool Interfaces

  • Page 426:

    Related Papers

  • Page 428:

    Summary

  • Page 430:

    14 Tools for Test Case Generation 4

  • Page 432:

    14 Tools for Test Case Generation 4

  • Page 434:

    15 Case Studies

  • Page 436:

    15 Case Studies 441

  • Page 438:

    15 Case Studies 443

  • Page 440:

    15 Case Studies 445

  • Page 442:

    15 Case Studies 447

  • Page 444:

    15 Case Studies 449

  • Page 446:

    15 Case Studies 451

  • Page 448:

    15 Case Studies 453

  • Page 450:

    15 Case Studies 455

  • Page 452:

    15 Case Studies 457

  • Page 454:

    15 Case Studies 459

  • Page 456:

    15 Case Studies 461

  • Page 458:

    16 TTCN-3

  • Page 460:

    16 TTCN-3 467

  • Page 462:

    16 TTCN-3 469

  • Page 464:

    16 TTCN-3 471

  • Page 466:

    16 TTCN-3 473

  • Page 468:

    16 TTCN-3 475

  • Page 470:

    16 TTCN-3 477

  • Page 472:

    16 TTCN-3 479

  • Page 474:

    16.5.1 Test System Architecture

  • Page 476:

    16 TTCN-3 483

  • Page 478:

    16 TTCN-3 485

  • Page 480:

    16 TTCN-3 487

  • Page 482:

    16 TTCN-3 489

  • Page 484:

    for (i := 0; i < 100; i := i + 1) {

  • Page 486:

    16 TTCN-3 493

  • Page 488:

    } 16 TTCN-3 495

  • Page 490:

    17 UML 2.0 Testing Profile

  • Page 492:

    17 UML 2.0 Testing Profile 499

  • Page 494:

    17 UML 2.0 Testing Profile 501

  • Page 496:

    U2TP JUnit

  • Page 498:

    U2TP TTCN-3

  • Page 500:

    Slave BTRoaming Activities

  • Page 502:

    BluetoothTest

  • Page 504:

    17 UML 2.0 Testing Profile 511

  • Page 506:

    sd Coord_Default

  • Page 508:

    **** BluetoothUnitTest.java ***/

  • Page 510:

    *** Bluetooth Roaming Test module *

  • Page 512:

    17 UML 2.0 Testing Profile 519

  • Page 514:

    17 UML 2.0 Testing Profile 521

  • Page 516:

    18 Run-Time Verification

  • Page 518:

    18 Run-Time Verification 527

  • Page 520:

    18 Run-Time Verification 529

  • Page 522:

    18 Run-Time Verification 531

  • Page 524:

    18 Run-Time Verification 533

  • Page 526:

    18 Run-Time Verification 535

  • Page 528:

    18 Run-Time Verification 537

  • Page 530:

    18 Run-Time Verification 539

  • Page 532:

    State state ←{};

  • Page 534:

    18 Run-Time Verification 543

  • Page 536:

    18 Run-Time Verification 545

  • Page 538:

    18 Run-Time Verification 547

  • Page 540:

    18 Run-Time Verification 549

  • Page 542:

    18 Run-Time Verification 551

  • Page 544:

    18 Run-Time Verification 553

  • Page 546:

    18 Run-Time Verification 555

  • Page 548:

    558 Therese Berg and Harald Raffelt

  • Page 550:

    560 Therese Berg and Harald Raffelt

  • Page 552:

    562 Therese Berg and Harald Raffelt

  • Page 554:

    564 Therese Berg and Harald Raffelt

  • Page 556:

    566 Therese Berg and Harald Raffelt

  • Page 558:

    568 Therese Berg and Harald Raffelt

  • Page 560:

    570 Therese Berg and Harald Raffelt

  • Page 562:

    572 Therese Berg and Harald Raffelt

  • Page 564:

    574 Therese Berg and Harald Raffelt

  • Page 566:

    576 Therese Berg and Harald Raffelt

  • Page 568:

    578 Therese Berg and Harald Raffelt

  • Page 570:

    580 Therese Berg and Harald Raffelt

  • Page 572:

    582 Therese Berg and Harald Raffelt

  • Page 574:

    584 Therese Berg and Harald Raffelt

  • Page 576:

    586 Therese Berg and Harald Raffelt

  • Page 578:

    588 Therese Berg and Harald Raffelt

  • Page 580:

    590 Therese Berg and Harald Raffelt

  • Page 582:

    592 Therese Berg and Harald Raffelt

  • Page 584:

    594 Therese Berg and Harald Raffelt

  • Page 586:

    596 Therese Berg and Harald Raffelt

  • Page 588:

    598 Therese Berg and Harald Raffelt

  • Page 590:

    600 Therese Berg and Harald Raffelt

  • Page 592:

    602 Therese Berg and Harald Raffelt

  • Page 594:

    Part VII

  • Page 596:

    608 Alexander Pretschner and Martin

  • Page 598:

    21 Finite State Machines

  • Page 600:

    21 Finite State Machines 613

  • Page 602:

    22 Labelled Transition Systems

  • Page 604:

    Literature

  • Page 606:

    Literature 619

  • Page 608:

    Literature 621

  • Page 610:

    Literature 623

  • Page 612:

    Literature 625

  • Page 614:

    Literature 627

  • Page 616:

    Literature 629

  • Page 618:

    Literature 631

  • Page 620:

    Literature 633

  • Page 622:

    Literature 635

  • Page 624:

    Literature 637

  • Page 626:

    Literature 639

  • Page 628:

    Literature 641

  • Page 630:

    Literature 643

  • Page 632:

    Literature 645

  • Page 634:

    Literature 647

  • Page 636:

    Literature 649

  • Page 638:

    Literature 651

  • Page 640:

    654 Index

  • Page 642:

    656 Index

  • Page 644:

    658 Index

  • Page 3: Volume Editors
  • Page 5: VI Preface
  • Page 7: VIII Contents
  • Page 9: 2 Part I. Testing of Finite State M
  • Page 11: 1 Homing and Synchronizing Sequence
  • Page 13: 1 Homing and Synchronizing Sequence
  • Page 15: 1 Homing and Synchronizing Sequence
  • Page 17: s2 a/1
  • Page 19: 1 Homing and Synchronizing Sequence
  • Page 21: 1.3.2 Computing Synchronizing Seque
  • Page 23: 1 Homing and Synchronizing Sequence
  • Page 25: 1 Homing and Synchronizing Sequence
  • Page 27: 1 Homing and Synchronizing Sequence
  • Page 29: 1 Homing and Synchronizing Sequence
  • Page 31: 1 Homing and Synchronizing Sequence
  • Page 33: 1 Homing and Synchronizing Sequence
  • Page 35: A1 A2
  • Page 37: 1 Homing and Synchronizing Sequence
  • Page 39: 1 Homing and Synchronizing Sequence
  • Page 41: 36 Moez Krichen
  • Page 43: 38 Moez Krichen
  • Page 45: 40 Moez Krichen
  • Page 47: 42 Moez Krichen
  • Page 49: 44 Moez Krichen
  • Page 51: 46 Moez Krichen
  • Page 53:

    48 Moez Krichen

  • Page 55:

    50 Moez Krichen

  • Page 57:

    52 Moez Krichen

  • Page 59:

    54 Moez Krichen

  • Page 61:

    56 Moez Krichen

  • Page 63:

    58 Moez Krichen

  • Page 65:

    60 Moez Krichen

  • Page 67:

    62 Moez Krichen

  • Page 69:

    64 Moez Krichen

  • Page 71:

    66 Moez Krichen

  • Page 73:

    3 State Verification

  • Page 75:

    a/1 s1

  • Page 77:

    3 State Verification 73

  • Page 79:

    3 State Verification 75

  • Page 81:

    s1 s3

  • Page 83:

    3.4.2 Naik’s Algorithm

  • Page 85:

    s1 s2 s3

  • Page 87:

    3 State Verification 83

  • Page 89:

    3 State Verification 85

  • Page 91:

    4 Conformance Testing

  • Page 93:

    4 Conformance Testing 89

  • Page 95:

    4 Conformance Testing 91

  • Page 97:

    4 Conformance Testing 93

  • Page 99:

    s1 s1

  • Page 101:

    4 Conformance Testing 97

  • Page 103:

    4 Conformance Testing 99

  • Page 105:

    4.4.5 Cost and Length

  • Page 107:

    t τ (t,si−1) x τti−1 ,si si

  • Page 109:

    si 1

  • Page 111:

    4 Conformance Testing 107

  • Page 113:

    4 Conformance Testing 109

  • Page 115:

    4 Conformance Testing 111

  • Page 117:

    114 Part II. Testing of Labeled Tra

  • Page 119:

    5 Preorder Relations ∗

  • Page 121:

    5 Preorder Relations 119

  • Page 123:

    5 Preorder Relations 121

  • Page 125:

    5 Preorder Relations 123

  • Page 127:

    ∧ ⊥⊤

  • Page 129:

    5 Preorder Relations 127

  • Page 131:

    5 Preorder Relations 129

  • Page 133:

    5 Preorder Relations 131

  • Page 135:

    s a b

  • Page 137:

    5 Preorder Relations 135

  • Page 139:

    a p ′

  • Page 141:

    5 Preorder Relations 139

  • Page 143:

    coin coin

  • Page 145:

    5 Preorder Relations 143

  • Page 147:

    5 Preorder Relations 145

  • Page 149:

    5 Preorder Relations 147

  • Page 151:

    5 Preorder Relations 149

  • Page 153:

    152 Valéry Tschaen

  • Page 155:

    154 Valéry Tschaen

  • Page 157:

    156 Valéry Tschaen

  • Page 159:

    158 Valéry Tschaen

  • Page 161:

    160 Valéry Tschaen

  • Page 163:

    162 Valéry Tschaen

  • Page 165:

    164 Valéry Tschaen

  • Page 167:

    166 Valéry Tschaen

  • Page 169:

    168 Valéry Tschaen

  • Page 171:

    170 Valéry Tschaen

  • Page 173:

    7 I/O-automata Based Testing

  • Page 175:

    7 I/O-automata Based Testing 175

  • Page 177:

    7 I/O-automata Based Testing 177

  • Page 179:

    7 I/O-automata Based Testing 179

  • Page 181:

    7 I/O-automata Based Testing 181

  • Page 183:

    7 I/O-automata Based Testing 183

  • Page 185:

    7 I/O-automata Based Testing 185

  • Page 187:

    7 I/O-automata Based Testing 187

  • Page 189:

    7 I/O-automata Based Testing 189

  • Page 191:

    7 I/O-automata Based Testing 191

  • Page 193:

    7 I/O-automata Based Testing 193

  • Page 195:

    7 I/O-automata Based Testing 195

  • Page 197:

    7 I/O-automata Based Testing 197

  • Page 199:

    7 I/O-automata Based Testing 199

  • Page 201:

    8 Test Derivation from Timed Automa

  • Page 203:

    s0 on, true, {c}

  • Page 205:

    8.3 Testing Event Recording Automat

  • Page 207:

    [s1, z],

  • Page 209:

    Ψ(S ′ )={PE ′ | E ′ ∈ 2E(S

  • Page 211:

    {s0}, p0

  • Page 213:

    8 Test Derivation from Timed Automa

  • Page 215:

    s0 c = ∞

  • Page 217:

    8 Test Derivation from Timed Automa

  • Page 219:

    8 Test Derivation from Timed Automa

  • Page 221:

    8 Test Derivation from Timed Automa

  • Page 223:

    Example. The Light Switch can be de

  • Page 225:

    ��s0� ,c=0.0

  • Page 227:

    ��s0� ,c=0

  • Page 229:

    8 Test Derivation from Timed Automa

  • Page 231:

    8 Test Derivation from Timed Automa

  • Page 233:

    234 Verena Wolf

  • Page 235:

    236 Verena Wolf

  • Page 237:

    238 Verena Wolf

  • Page 239:

    240 Verena Wolf

  • Page 241:

    242 Verena Wolf

  • Page 243:

    244 Verena Wolf

  • Page 245:

    246 Verena Wolf

  • Page 247:

    248 Verena Wolf

  • Page 249:

    250 Verena Wolf

  • Page 251:

    252 Verena Wolf

  • Page 253:

    254 Verena Wolf

  • Page 255:

    256 Verena Wolf

  • Page 257:

    258 Verena Wolf

  • Page 259:

    260 Verena Wolf

  • Page 261:

    262 Verena Wolf

  • Page 263:

    264 Verena Wolf

  • Page 265:

    266 Verena Wolf

  • Page 267:

    268 Verena Wolf

  • Page 269:

    270 Verena Wolf

  • Page 271:

    272 Verena Wolf

  • Page 273:

    274 Verena Wolf

  • Page 275:

    Part III

  • Page 277:

    Part III. Model-Based Test Case Gen

  • Page 279:

    282 Alexander Pretschner and Jan Ph

  • Page 281:

    284 Alexander Pretschner and Jan Ph

  • Page 283:

    286 Alexander Pretschner and Jan Ph

  • Page 285:

    288 Alexander Pretschner and Jan Ph

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    290 Alexander Pretschner and Jan Ph

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    11 Evaluating Coverage Based Testin

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    11 Evaluating Coverage Based Testin

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    11 Evaluating Coverage Based Testin

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    11 Evaluating Coverage Based Testin

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    11 Evaluating Coverage Based Testin

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    11 Evaluating Coverage Based Testin

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    11 Evaluating Coverage Based Testin

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    11 Evaluating Coverage Based Testin

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    11 Evaluating Coverage Based Testin

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    11 Evaluating Coverage Based Testin

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    11 Evaluating Coverage Based Testin

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    11 Evaluating Coverage Based Testin

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    11 Evaluating Coverage Based Testin

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    11 Evaluating Coverage Based Testin

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    11 Evaluating Coverage Based Testin

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    12 Technology of Test-Case Generati

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    12 Technology of Test-Case Generati

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    12 Technology of Test-Case Generati

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    Increment

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    12 Technology of Test-Case Generati

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    12 Technology of Test-Case Generati

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    (12.4)

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    12 Technology of Test-Case Generati

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    12 Technology of Test-Case Generati

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    a: b:

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    12 Technology of Test-Case Generati

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    12 Technology of Test-Case Generati

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    12 Technology of Test-Case Generati

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    12 Technology of Test-Case Generati

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    12 Technology of Test-Case Generati

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    12.5 Summary

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    13 Real-Time and Hybrid Systems Tes

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    Test Driver

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    13 Real-Time and Hybrid Systems Tes

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    13 Real-Time and Hybrid Systems Tes

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    13 Real-Time and Hybrid Systems Tes

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    13 Real-Time and Hybrid Systems Tes

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    13 Real-Time and Hybrid Systems Tes

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    13 Real-Time and Hybrid Systems Tes

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    13 Real-Time and Hybrid Systems Tes

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    13 Real-Time and Hybrid Systems Tes

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    13 Real-Time and Hybrid Systems Tes

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    13 Real-Time and Hybrid Systems Tes

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    13 Real-Time and Hybrid Systems Tes

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    13 Real-Time and Hybrid Systems Tes

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    fitness

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    13.5 Summary

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    13 Real-Time and Hybrid Systems Tes

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    390 Part IV. Tools and Case Studies

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    392 Axel Belinfante, Lars Frantzen,

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    394 Axel Belinfante, Lars Frantzen,

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    396 Axel Belinfante, Lars Frantzen,

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    398 Axel Belinfante, Lars Frantzen,

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    400 Axel Belinfante, Lars Frantzen,

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    402 Axel Belinfante, Lars Frantzen,

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    404 Axel Belinfante, Lars Frantzen,

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    406 Axel Belinfante, Lars Frantzen,

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    408 Axel Belinfante, Lars Frantzen,

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    410 Axel Belinfante, Lars Frantzen,

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    412 Axel Belinfante, Lars Frantzen,

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    414 Axel Belinfante, Lars Frantzen,

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    416 Axel Belinfante, Lars Frantzen,

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    418 Axel Belinfante, Lars Frantzen,

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    420 Axel Belinfante, Lars Frantzen,

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    422 Axel Belinfante, Lars Frantzen,

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    424 Axel Belinfante, Lars Frantzen,

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    426 Axel Belinfante, Lars Frantzen,

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    428 Axel Belinfante, Lars Frantzen,

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    430 Axel Belinfante, Lars Frantzen,

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    432 Axel Belinfante, Lars Frantzen,

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    434 Axel Belinfante, Lars Frantzen,

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    436 Axel Belinfante, Lars Frantzen,

  • Page 433:

    438 Axel Belinfante, Lars Frantzen,

  • Page 435:

    440 Wolfgang Prenninger, Mohammad E

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    442 Wolfgang Prenninger, Mohammad E

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    444 Wolfgang Prenninger, Mohammad E

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    446 Wolfgang Prenninger, Mohammad E

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    448 Wolfgang Prenninger, Mohammad E

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    450 Wolfgang Prenninger, Mohammad E

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    452 Wolfgang Prenninger, Mohammad E

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    454 Wolfgang Prenninger, Mohammad E

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    456 Wolfgang Prenninger, Mohammad E

  • Page 453:

    458 Wolfgang Prenninger, Mohammad E

  • Page 455:

    460 Wolfgang Prenninger, Mohammad E

  • Page 457:

    Part V

  • Page 459:

    466 George Din

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    468 George Din

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    470 George Din

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    472 George Din

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    474 George Din

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    476 George Din

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    478 George Din

  • Page 473:

    480 George Din

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    482 George Din

  • Page 477:

    484 George Din

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    486 George Din

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    488 George Din

  • Page 483:

    490 George Din

  • Page 485:

    492 George Din

  • Page 487:

    494 George Din

  • Page 489:

    496 George Din

  • Page 491:

    498 Zhen Ru Dai

  • Page 493:

    500 Zhen Ru Dai

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    502 Zhen Ru Dai

  • Page 497:

    504 Zhen Ru Dai

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    506 Zhen Ru Dai

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    508 Zhen Ru Dai

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    510 Zhen Ru Dai

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    512 Zhen Ru Dai

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    514 Zhen Ru Dai

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    516 Zhen Ru Dai

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    518 Zhen Ru Dai

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    520 Zhen Ru Dai

  • Page 515:

    Part VI

  • Page 517:

    526 Séverine Colin and Leonardo Ma

  • Page 519:

    528 Séverine Colin and Leonardo Ma

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    530 Séverine Colin and Leonardo Ma

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    532 Séverine Colin and Leonardo Ma

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    534 Séverine Colin and Leonardo Ma

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    536 Séverine Colin and Leonardo Ma

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    538 Séverine Colin and Leonardo Ma

  • Page 531:

    540 Séverine Colin and Leonardo Ma

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    542 Séverine Colin and Leonardo Ma

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    544 Séverine Colin and Leonardo Ma

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    546 Séverine Colin and Leonardo Ma

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    548 Séverine Colin and Leonardo Ma

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    550 Séverine Colin and Leonardo Ma

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    552 Séverine Colin and Leonardo Ma

  • Page 545:

    554 Séverine Colin and Leonardo Ma

  • Page 547:

    19 Model Checking

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    19 Model Checking 559

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    19 Model Checking 561

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    coffee

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    AX (φ) :=¬EX (¬φ)

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    19 Model Checking 567

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    19 Model Checking 569

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    19 Model Checking 571

  • Page 563:

    19 Model Checking 573

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    19 Model Checking 575

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    19 Model Checking 577

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    19 Model Checking 579

  • Page 571:

    19 Model Checking 581

  • Page 573:

    • SA ⊆ Σ ∗ is a nonempty fin

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    19 Model Checking 585

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    19 Model Checking 587

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    19 Model Checking 589

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    19 Model Checking 591

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    19 Model Checking 593

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    19 Model Checking 595

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    19 Model Checking 597

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    19 Model Checking 599

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    19 Model Checking 601

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    19 Model Checking 603

  • Page 595:

    20 Model-Based Testing - A Glossary

  • Page 597:

    20 Model-Based Testing - A Glossary

  • Page 599:

    612 Bengt Jonsson

  • Page 601:

    614 Bengt Jonsson

  • Page 603:

    616 Joost-Pieter Katoen

  • Page 605:

    618 Literature

  • Page 607:

    620 Literature

  • Page 609:

    622 Literature

  • Page 611:

    624 Literature

  • Page 613:

    626 Literature

  • Page 615:

    628 Literature

  • Page 617:

    630 Literature

  • Page 619:

    632 Literature

  • Page 621:

    634 Literature

  • Page 623:

    636 Literature

  • Page 625:

    638 Literature

  • Page 627:

    640 Literature

  • Page 629:

    642 Literature

  • Page 631:

    644 Literature

  • Page 633:

    646 Literature

  • Page 635:

    648 Literature

  • Page 637:

    650 Literature

  • Page 639:

    Index =⇒ , 175

  • Page 641:

    homing sequence, 8

  • Page 643:

    eset sequence, see synchronizing

  • Page 645:

    timed transition system, 223, 360,

2 Why We Need Model-Based Testing

2 Why We Need Model-Based Testing

Extended Finite-State Machine Induction Using SAT-Solver

Extended Finite-State Machine Induction Using SAT-Solver

TECHNOLOGY OF AUTOMATA-BASED PROGRAMMING

TECHNOLOGY OF AUTOMATA-BASED PROGRAMMING

Проектная документация - Кафедра технологий ...

Проектная документация - Кафедра технологий ...

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