WSC 1991: Phoenix, Arizona, USA

• Arne Thesen, Laurel E. Travis:
  Introduction to simulation. 5-14
  
• Jerry Banks:
  Selecting simulation software. 15-20
  
• Averill M. Law, Michael G. McComas:
  Secrets of successful simulation studies. 21-27
  
• Andrew F. Seila:
  Output analysis for simulation. 28-36
  
• Robert G. Sargent:
  Simulation model verification and validation. 37-47
  
• Randall P. Sadowski:
  Avoiding the problems and pitfalls in simulation. 48-55
  
• Springer W. Cox:
  GPSS World: a brief preview. 59-61
  
• Edward C. Russell:
  SIMSCRIPT II.5 and MODSIM II: a brief introduction. 62-66
  
• Thomas J. Schriber:
  Perspectives on simulation using GPSS. 67-71
  
• William J. Garrison:
  NETWORK II.5, LANNET II.5 and COMNET II.5. 72-76
  
• John Goble:
  Introduction to SIMFACTORY II.5. 77-80
  
• Daniel T. Brunner, Robert C. Crain:
  GPSS/H in the 1990s. 81-85
  
• Peter L. Haigh:
  Simulation of computer systems and networks with MOGUL and REGAL. 86-89
  
• Daniel T. Brunner, Nancy J. Earle, James O. Henriksen:
  Proof animation: the general purpose animator. 90-94
  
• Lee W. Schruben:
  SIGMA tutorial. 95-100
  
• Charles R. Harrell, Ken Tumay:
  ProModel tutorial. 101-105
  
• Cynthia J. Kasales, David T. Sturrock:
  Introduction to SIMAN IV. 106-111
  
• Jean J. O'Reilly:
  SLAM II tutorial. 112-117
  
• William R. Lilegdon:
  Introduction to SLAMSYSTEM. 118-121
  
• David R. Kalasky, Deborah A. Davis:
  Computer animation with CINEMA. 122-127
  
• David Krahl:
  Tutorial: scheduling manufacturing systems with FACTOR. 128-131
  
• Hamdy A. Taha:
  Simulation with SIMNET II. 132-135
  
• Stephen G. Vincent, Averill M. Law:
  UniFit II: total support for simulation input modeling. 136-142
  
• Joseph M. Fegan, Gearóid M. Lane, Paul J. Nolan:
  Introduction to simulation using Intelligent Simulation Interface (ISI). 143-147
  
• Onur M. Ülgen, Norm Otto, Timothy Thomasma:
  Reusable models: making your models more user-friendly. 148-151
  
• Stanislaw Raczynski:
  PASION tutorial. 152-156
  
• John S. Ramberg, Susan M. Sanchez, Paul J. Sanchez, Ludwig J. Hollick:
  Designing simulation experiments: Taguchi methods and response surface metamodels. 167-176
  
• David Goldsman, Barry L. Nelson, Bruce W. Schmeiser:
  Methods for selecting the best system. 177-186
  
• John M. Charnes:
  Multivariate simulation output analysis. 187-193
  
• Diane P. Bischak, Stephen D. Roberts:
  Object-oriented simulation. 194-203
  
• Süleyman Sevinc:
  Extending common LISP object system for discrete event modeling and simulation. 204-206
  
• Pierre L'Ecuyer:
  An overview of derivative estimation. 207-217
  
• Jeff Rothenberg:
  Tutorial: artificial intelligence and simulation. 218-222
  
• Marc Abrams, Ernest H. Page, Richard E. Nance:
  Linking simulation model specification and parallel execution through UNITY. 223-232
  
• Marc Abrams, Ernest H. Page, Richard E. Nance:
  Simulation program development by stepwise refinement in UNITY. 233-242
  
• Rajive Bagrodia:
  Iterative design of efficient simulations using Maisie. 243-247
  
• S. Manivannan, Jerry Banks:
  Real-time control of a manufacturing cell using knowledge-based simulation. 251-260
  
• Sheldon X. C. Lou, Houmin Yan, Suresh P. Sethi, Anne Gardel, Prabhat Deosthali:
  Using simulation to test the robustness of various existing production control policies. 261-269
  
• Pierre A. Lefrançois, Pierre L'Espérance, Marc Turmel:
  Batching annealing operations to optimize queueing times and furnance efficiency: a simulation model. 270-279
  
• Toshiharu Aoki, Shusuke Nakayama, Mariko Yamamoto, Mariko Hashimoto, Jun-ichiro Tanaka:
  Combinatorial scheduler: simulation & optimization algorithm. 280-288
  
• Zen-ichirou Muro, Norihiko Yanagihara, Hideo Fujimoto:
  Super simulation shell for plants. 289-293
  
• Susumu Morito, Tomohiro Takano, Hisanobu Mizukawa, Kiyohisa Mizoguchi:
  Design and analysis of a flexible manufacturing system with simulation - effects of flexibility on FMS performance. 294-301
  
• John P. Shewchuk, Tien-Chien Chang:
  An approach to object-oriented discrete-event simulation of manufacturing systems. 302-311
  
• Jocelyn R. Drolet, Colin L. Moodie, Benoît Montreuil:
  Object oriented simulation with SMALLTALK-80: a case study. 312-322
  
• Chell A. Roberts, Terrence G. Beaumariage, Yasser Dessouky, Michael K. Ogle:
  Object oriented simulation tools necessary for a flexible batch process management architecture. 323-330
  
• Thomas J. Schriber:
  The modeling of perfect sequencing flexibilty in a scheduling environment. 331-340
  
• F. Paul Wyman:
  Common features of simulation based scheduling. 341-347
  
• A. Alan B. Pritsker, David P. Yancey:
  Total capacity management using simulation. 348-355
  
• Vadivelu Jeyabalan, Norman C. Otto:
  Simulation models of materials delivery systems. 356-364
  
• Soemon Takakuwa:
  Design and analysis of computer-aided cart systems for picking discrete items. 365-374
  
• Paul A. Savory, Gerald T. Mackulak, Jeffery K. Cochran:
  Material handling in a flexible manufacturing system processing part families. 375-381
  
• Voratas Kachitvichyanukul, Wayne J. Davis, Claude Dennis Pegden, Kenneth J. Musselman, Ricki G. Ingalls, Walter J. Trybula:
  Simulation and scheduling (panel). 382-391
  
• Gustavo A. Diaz, Betsi M. Harris:
  Simulation of a centralized mail distribution center. 392-395
  
• Roger D. Phillips:
  Material handling requirements for a distribution center. 396-401
  
• Zhao Xu, Reza M. Pirasteh:
  Airline-catering plant material handling system analysis with simulation and scaled animation. 402-410
  
• Jerry G. Fox, Stephen K. Halladin:
  Effective application of simulation in the life cycle of a manufacturing cell project. 411-418
  
• Nur E. Özdemirel:
  Measuring the user acceptance of generic manufacturing simulation models by review of modeling assumptions. 419-427
  
• Charles R. Standridge, Martha A. Centeno:
  Concepts for production modeling systems based on multiple user types. 428-434
  
• Tarun Gupta, Subramaniam Arasakesari:
  Capacity planning in wood products industry using simulation. 435-440
  
• Jian Wang, Bernard J. Schroer, M. Carl Ziemke:
  Understanding modular manufacturing in the apparel industry using simulation. 441-447
  
• Susan S. Baum, Cheryl M. O'Donnell:
  An approach to modeling labor and machine down time in semiconductor fabrication. 448-454
  
• Mark Brazier, Carl J. Perry:
  An approach to the construction and usage of simulation modeling in the shipbuilding industry. 455-464
  
• K. Heinz Weigl:
  A survey of varied production systems and different aspects using computersimulation. 465-473
  
• Laura Giussani:
  Simulation studies in a hot mill facility. 474-481
  
• C. Gregory John, Rodney E. Schultz:
  Simulation modeling for military logistics and supportability studies. 485-490
  
• Stephen R. Parker:
  Combat Vehicle Reliability Assessment Simulation Model (CVRASM). 491-498
  
• Christopher A. Feuchter, Charles A. Van Meter, Kurt M. Neuman, Kalla J. Sparrow:
  When is a satellite not a toaster? 499-508
  
• David O. Rich, Randy E. Michelsen:
  An assessment of the ModSim/TWOS parallel simulation environment. 509-518
  
• Thomas F. Schuppe:
  Modeling and simulation: a Department of Defense critical technology. 519-525
  
• Larry D. Cork, David R. Holmen:
  Airborne Battlefield Command and Control Center (ABCCC) III capacity study. 526-534
  
• Joseph R. Litko, William Brand Carter:
  A Desert Storm crew flying hour model. 535-541
  
• Steven J. Wourms, Kenneth W. Bauer Jr.:
  Impact of C-130 reliability and maintainability on future theater airlift system productivity. 542-548
  
• Letitia M. Pohl:
  Evaluation of F-15E availability during operational test. 549-554
  
• Lisa Sokol, Jon B. Weissman, Paula A. Mutchler:
  MTW: an empirical performance study. 557-563
  
• Gregory S. Thomas, John Zahorjan:
  Parallel simulation of performance Petri nets: extending the domain of parallel simulation. 564-573
  
• David M. Nicol, Subhas C. Roy:
  Parallel simulation of timed Petri-nets. 574-583
  
• John Craig Comfort:
  Environment partitioned distributed simulation of queueing systems. 584-592
  
• James F. Ohi, Bruno R. Preiss:
  Parallel instance discrete-event simulation using a vector uniprocessor. 593-601
  
• Phillip M. Dickens, Paul F. Reynolds Jr.:
  A performance model for parallel simulation. 618-626
  
• Mary L. Bailey, Michael A. Pagels:
  Measuring the overhead in conservative parallel simulations of multicomputer programs. 627-636
  
• Bojan Groselj:
  Fault-tolerant distributed simulation. 637-641
  
• Vasant Sanjeevan, Marc Abrams:
  The cost of terminating synchronous parallel discrete-event simulations. 642-651
  
• Sushil K. Prasad, Narsingh Deo:
  An efficient and scalable parallel algorithm for discrete-event simulation. 652-658
  
• Charles E. Knadler Jr.:
  The robustness of separable queueing network models. 661-668
  
• Abbas Asadi-Arbabi, Sayed Atef Banawan:
  On the performance of the immediate restart concurrency control policy. 669-676
  
• Gölgen Bengü, Juan Carlos Ortiz:
  A systems simulation approach to integrate maintenance operations. 677-687
  
• Sophia Scoggins, Mark Scoggins, Jerrold Stach:
  A teletraffic simulator for circuit switched and signaling intelligent network with SS7. 688-694
  
• Siddharth Behera, Gopal Meempat:
  Performance evaluation of ATM architectures in multimedia traffic environments. 695-704
  
• Nicholas Ilyadis, Peter Drexel, Andrzej Rucinski:
  The simulation of the non-linear dynamic behavior of distributed routing networks using DECSIM. 705-715
  
• Prabhudeva Kavi, Victor S. Frost, K. Sam Shanmugan:
  Generic approach to LAN modeling. 716-724
  
• Sub Ramakrishnan, Pratap Thondapu:
  Interconnected ring networks: a performance study. 725-730
  
• Subrata Banerjee, Biswanath Mukherjee:
  An efficient channel-feedback-based adaptive protocol for scheduling variable-length messages on slotted, high-speed fiber optic-LANs/MANs. 731-738
  
• Randall J. Stevens, Glenn F. Roberts:
  The National Simulation Laboratory: the unifying tool for air traffic control system development. 741-746
  
• W. Manning, Bela Collins:
  Dynamic traffic flow planning for ATC and airspace user requirements. 747-755
  
• Amedeo R. Odoni:
  Issues in modeling a national network of airports. 756-761
  
• Reinhart D. Kühne, Malte B. Rödiger:
  Macroscopic simulation model for freeway traffic with jams and stop-start waves. 762-770
  
• Edward Lieberman:
  Integrating GIS, simulation and animation. 771-775
  
• John Danko, Victor Gulewicz:
  Operational planning for electronic toll collection: a unique approach to computer modeling/analysis. 776-785
  
• Thomas M. Swip Jr., Heungsoon Felix Lee:
  Application of an integrated modeling tool: United Parcel Service. 786-791
  
• Kyriakos Tsiflakos, Stephen C. Mathewson:
  A rapid railway simulation model development system incorporating automatic model generation. 792-801
  
• D. Brent Bandy:
  Simulation of Fox River locks boat lift. 802-808
  
• A. K. Kharwat:
  Computer simulation: an important tool in the fast-food industry. 811-815
  
• Robert Kittell, Ann Dunkin:
  Applying the simulation process: simulation study of HDA parts degreaser. 816-821
  
• Edward A. MacNair, Peter D. Welch:
  Toward a higher level, output analysis interface. 822-831
  
• Mark I. Farber:
  A methodology for simulation the U.S. recreational fishery for billfish. 832-840
  
• Conrado M. Gempesaw II, Catherine K. Halbrendt:
  The financial impact of biotechnology on hog production: a dynamic-stochastic capital budgeting simulation approach. 841-845
  
• Wafik H. Iskander, D. Mark Carter:
  A simulation model for same day care facility at a university hospital. 846-853
  
• Dharmaraj Veeramani, Moshe M. Barash, James R. Wilson:
  A method for generating random cutting-tool requirement matrices for manufacturing systems simulation. 854-860
  
• Kwang Shin, Steve Corder:
  A method for randomly generating capacitated networks. 861-865
  
• Charles H. Reilly:
  Optimization test problems with uniformly distributed coefficients. 866-874
  
• Catherine Hurley:
  Object-oriented graphical analysis. 877-881
  
• Donald L. Byrkett:
  Classroom goodness of fit testing using Microsoft Windows. 882-886
  
• Robert G. Sargent:
  Current issues in metamodeling (panel). 887
  
• Robert G. Sargent:
  Research issues in metamodeling. 888-893
  
• Gerald W. Evans, Bruce E. Stuckman, Mansooreh Mollaghasemi:
  Multicriteria optimization of simulation models. 894-900
  
• Kevin J. Healy, Lee W. Schruben:
  Retrospective simulation response optimization. 901-906
  
• Mousumi Mitra Hazra, Stephen K. Park:
  Solution to the indexing problem of frequency domain simulation experiments. 907-915
  
• David Goldsman, Keebom Kang, Andrew F. Seila:
  Cramér-von Mises variance estimators for simulations. 916-920
  
• Peter A. W. Lewis, Richard L. Ressler:
  Average regression-adjusted controlled regenerative estimates. 921-926
  
• Bruce W. Schmeiser, Mark D. Scott:
  SERVO: simulation experiments with random-vector output. 927-936
  
• Bruce E. Stuckman, Gerald W. Evans, Mansooreh Mollaghasemi:
  Comparison of global search methods for design optimization using simulation. 937-944
  
• Russell R. Barton, John S. Ivey Jr.:
  Modifications of the Nelder-Mead simplex method for stochastic simulation response optimization. 945-953
  
• Sigrún Andradóttir:
  A projected stochastic approximation algorithm. 954-957
  
• Mary A. Johnson, Sanghoon Lee, James R. Wilson:
  Experimental evaluation of a procedure for estimating nonhomogeneous Poisson processes having cyclic behavior. 958-967
  
• Rajan Suri, Bor-Ruey Fu:
  On using continuous flow lines for performance estimation of discrete production lines. 968-977
  
• Aarti Shanker, W. David Kelton:
  Empirical input distributions: an alternative to standard input distribution in simulation modeling. 978-985
  
• Peter W. Glynn, Pierre L'Ecuyer, Michel Adès:
  Gradient estimation for ratios. 986-994
  
• Sridhar Bashyam, Michael C. Fu:
  Application of perturbation analysis to (s, S) inventory systems. 994-1003
  
• Felisa J. Vázquez-Abad, Pierre L'Ecuyer:
  Comparing alternative methods for derivative estimation when IPA does not apply directly. 1004-1011
  
• George S. Fishman:
  A Monte Carlo sampling plan based on product form estimation. 1012-1017
  
• Douglas J. Morrice:
  The effects of batching on the power of the test for frequency domain methodology. 1018-1022
  
• Murat Köksalan, Nail Basöz:
  A replication approach to interval estimation in simulation. 1023-1029
  
• Shu Tezuka:
  Neave effect also occurs with Tausworthe sequences. 1030-1034
  
• Lih-Yuan Deng, E. Olusegun George, Yu-Chao Chu:
  On improving pseudo-random number generators. 1035-1042
  
• Lih-Yuan Deng, Yu-Chao Chu:
  Combining random number generators. 1043-1046
  
• Moon Ryul Jung, Jugal K. Kalita, Norman I. Badler, Wallace Ching:
  Simulating human tasks using simple natural language instructions. 1049-1057
  
• Michael Elhadad, Steven Feiner, Kathleen McKeown, Dorée D. Seligmann:
  Generating customized text and graphics in the COMET explanation testbed. 1058-1065
  
• Philip R. Cohen:
  Integrated interfaces for decision-support with simulation. 1066-1072
  
• Sanjai Narain:
  An axiomatic basis for general discrete-event modeling. 1073-1082
  
• Ashvin Radiya:
  Towards a logical foundation of discrete event modeling and simulation. 1083-1085
  
• François E. Cellier:
  Qualitative modeling and simulation: promise or illusion. 1086-1090
  
• Felix Bretschneider, Christa Kopf, Markus Zolg:
  Process control for large complex systems. 1091-1100
  
• Kirstie L. Bellman:
  An approach to integrating and creating flexible software environments supporting the design of complex systems. 1101-1105
  
• Marco Chierotti, Jerzy W. Rozenblit, Witold Jacak:
  A framework for simulation design of flexible manufacturing systems. 1106-1114
  
• Suleyman Sevinc:
  Theories of discrete event model abstraction. 1115-1119
  
• Paul A. Fishwick:
  Heterogeneous decomposition and inter-level coupling for combined modeling. 1120-1128
  
• Cheng-Jye Luh, Bernard P. Zeigler:
  Abstraction morphisms for world modelling in high autonomy systems. 1129-1138
  
• Robert F. Gordon, Paul G. Loewner, Edward A. MacNair, Haojin Wang, Kurtiss J. Gordon, James F. Kurose:
  Error detection and display for graphical modeling environments. 1139-1145
  
• Michael Rooks:
  A unified framework for visual interactive simulation. 1146-1155
  
• Paul A. Fishwick, Hanns-Oskar A. Porr:
  Using discrete event modeling for effective computer animation control. 1156-1164
  
• Joel J. Luna:
  Application of hierarchical modeling concepts to a multi-analysis environment. 1165-1172
  
• Michael K. Ogle, Terrence G. Beaumariage, Chell A. Roberts:
  The separation and explicit declaration of model control structures in support of object-oriented simulation. 1173-1179
  
• Christopher Landauer:
  Incorporating simulation into a design environment. 1180-1186
  
• Paula Sweeney, Alan Norton, Robert Bacon, David R. Haumann, Greg Turk:
  Modelling physical objects for simulation. 1187-1193
  
• Michael Kass:
  Height-field fluids for computer graphics. 1194-1198
  
• A. Alan B. Pritsker, James O. Henriksen, Paul A. Fishwick, Gordon M. Clark:
  Principles of modeling (panel). 1199-1208
  
• Robert Bruce Taylor, Hamdy A. Taha:
  Automatic generation of a class of simulation models from databases. 1209-1217
  
• Robert E. Frederking:
  Interactive experiment planning to control knowledge-based simulation. 1218-1227
  
• Robert S. Roberts:
  Simulation languages and database theory: some considerations from the entity-relationship model. 1228-1235