WSC 1989: Washington, DC, USA

• A. Alan B. Pritsker:
  Why simulation works. 1-9
  
• Arne Thesen, Laurel E. Travis:
  Simulation for decision making: an introduction. 9-18
  
• Richard M. Fujimoto:
  Parallel discrete event simulation. 19-28
  
• Averill M. Law, S. W. Haider:
  Selecting simulation software for manufacturing applications. 29-32
  
• Jeff Rothenberg:
  Tutorial: artificial intelligence and simulation. 33-39
  
• Pierre L'Ecuyer:
  A tutorial on uniform variate generation. 40-49
  
• Russell R. Barton, Lee W. Schruben:
  Graphical methods for the design and analysis of simulation experiments. 51-61
  
• Osman Balci:
  How to assess the acceptability and credibility of simulation results. 62-71
  
• Randall P. Sadowski:
  The simulation process: avoiding the problems and pitfalls. 72-79
  
• Rajan Suri:
  Rapid modeling: how it assists manufacturing competitiveness. 80-83
  
• Bernard P. Zeigler, J. H. Hu, Jerzy W. Rozenblit:
  Hierarchical, modular modelling in DEVS-scheme. 84-89
  
• Peter W. Glynn:
  Optimization of stochastic systems via simulation. 90-105
  
• Ward Whitt:
  Simulation run length planning. 106-112
  
• Thomas J. Schriber:
  Perspectives on simulation using GPSS. 115-128
  
• David T. Sturrock, Claude Dennis Pegden:
  Introduction to SIMAN. 129-139
  
• Greg Lomow, Dirk Baezner:
  A tutorial introduction to object-oriented simulation and SIM+ +. 140-146
  
• Jacob P. Poorte, Deborah A. Davis:
  Computer animation with CINEMA. 147-154
  
• Daniel T. Brunner, James O. Henriksen:
  A general purpose animator. 155-163
  
• Otis F. Bryan Jr.:
  Productivity tools in simulation: SIMSCRIPT 11.5 and SIMGRAPHICS. 164-171
  
• Otis F. Bryan Jr.:
  MODSIM II-an object oriented simulation language for sequential and parallel processors. 172-177
  
• Jean J. O'Reilly, Kristen C. Nordlund:
  Introduction to SLAM II and SLAMSYSTEM. 178-183
  
• S. W. Cox:
  The GPSS/PC student version. 185-191
  
• Andrew R. Gilman, Claire Billingham:
  A tutorial on SEE WHY and WITNESS. 192-200
  
• M. C. Rohbough:
  Introduction to SIMFACTORY 11.5. 201-204
  
• William J. Garrison:
  NETWORK 11.5 Tutorial: network modeling - without programming. 205-214
  
• Robb Mills:
  Communication network analysis with COMNET 11.5. 215-221
  
• Jeff Kaminski, Cindy Cosic, Gary Strohm, Joyce Kepner, Jim Bycura:
  Knowledge-based modeling and simulation components. 222-231
  
• Marilyn Stelzner, Jack Dynis, Fred Cummins:
  The SimKit system: knowledge-based simulation and modeling tools in KEE. 232-234
  
• M. B. Thompson:
  AutoMod II: the system builder. 235-242
  
• John E. Lenz:
  The MAST simulation environment. 243-248
  
• Robert C. Crain, Daniel T. Brunner:
  Extended features of GPSS/H. 249-253
  
• David E. Strack:
  Simulation with MIC-SIM and MIC-SIM VIEW. 254-256
  
• Ambuj Goyal:
  Estimating system availability and reliability. 257-265
  
• Gianfranco Balbo, Giovanni Chiola:
  Stochastic petri net simulation. 266-276
  
• Floyd H. Grant:
  Tutorial: scheduling manufacturing systems with FACTOR. 277-280
  
• Philip Cobbin:
  SIMPLE_1: the language & modeling environment. 281-290
  
• Stephen D. Roberts, Mary Ann Flanigan Wagner:
  Simulation modeling and analysis with INSIGHT: a tutorial. 291-300
  
• Eric L. Blair, Sathyakumar Selvaraj:
  DISC++: A C++ based library for object oriented simulation. 301-305
  
• David J. DeBrota, Robert S. Dittus, James J. Swain, Stephen D. Roberts, James R. Wilson:
  Modeling input processes with Johnson distributions. 308-318
  
• Turkan K. Gardenier:
  Pre-and post-processing for data efficiency in large-scale computer simulations. 319-324
  
• Stephen D. Roberts, Robert W. Klein:
  Statistical issues in a general-purpose simulation modeling language. 325-333
  
• Peter A. W. Lewis:
  A graphical test bed (SIMTBED) for analyzing and reporting the results of a statistical experiment. 334-343
  
• Arne Thesen:
  Analysis of simulation data using sandie. 344-349
  
• Guy L. Curry, Bryan L. Deuermeyer, Richard M. Feldman:
  Teaching simulation with MOR/DS. 350-359
  
• Robert M. O'Keefe, Ruth M. Davies:
  Teaching simulation with Pascal_SIM. 360-364
  
• Douglas J. Morrice, Lee W. Schruben:
  Simulation sensitivity analysis using frequency domain experiments. 367-373
  
• Peter W. Glynn:
  Likelihood ratio derviative estimators for stochastic systems. 374-380
  
• Paul Glasserman, Wei-Bo Gong:
  Derivative estimates from discontinuous realizations: smoothing techniques. 381-389
  
• E. M. Manz, Jorge Haddock, John Mittenthal:
  Optimization of an automated manufacturing system simulation model using simulated annealing. 390-395
  
• U. Nandkelyar, D. P. Christy:
  Using computer simulation to optimize flexible manufacturing systems design. 396-405
  
• Sheldon H. Jacobson:
  Oscillation amplitude considerations in frequency domain experiments. 406-410
  
• Russell R. Barton:
  Experimental design issues for large scale simulation models. 411-418
  
• T. R. Davenport, R. C. H. Cheng:
  Implementation of quasi-random generators and their use in discrete event simulation. 419-427
  
• Athanassios N. Avramidis, James R. Wilson:
  A flexible method for estimating inverse distribution functions in simulation experiments. 428-436
  
• Thomas G. Bailey, Kenneth W. Bauer Jr., A. B. Marsh:
  Response surface analysis of stochastic network performance. 437-443
  
• Wei-Ning Yang:
  Optimization using common random numbers, control variates and multiple comparisons with the best. 444-449
  
• Peter A. W. Lewis, Richard L. Ressler:
  Variance reduction of quantile estimates via nonlinear control. 450-454
  
• James J. Swain:
  Augmenting linear control variates using transformations. 455-458
  
• Masanori Fushimi:
  Random number generation on parallel processors. 459-461
  
• Mark J. Durst:
  Using linear congruential generators for parallel random number generation. 462-466
  
• Pierre L'Ecuyer, René Proulx:
  About polynomial-time "unpredictable" generators. 467-476
  
• Ulrich Dieter:
  Mathematical aspects of various methods for sampling from classical distributions. 477-483
  
• Ernst Stadlober:
  Ratio of uniforms as a convenient method for sampling from classical discrete distributions. 484-489
  
• Bruce W. Schmeiser, Wheyming Tina Song:
  Inverse-transformation algorithms for some common stochastic processes. 490-496
  
• E. E. Lewis, F. Boehm, C. Kirsch, B. P. Kelkhoff:
  Monte Carlo simulation of complex system mission reliability. 497-504
  
• John S. Sadowsky, James A. Bucklew:
  Large deviations theory techniques in Monte Carlo simulation. 505-513
  
• Roman D. Fresnedo:
  Quick simulation of rare events in networks. 514-523
  
• Der-Fa Robert Chen:
  Multivariate inferences for regenerative simulations to a specified precision level. 524-533
  
• David Alan Grier:
  A principal components model of simulation structure. 534-537
  
• Jeffrey D. Tew:
  Correlation-induction techniques for fitting second-order metamodels in simulation experiments. 538-546
  
• Jerry Banks:
  Testing, understanding, and validating complex simulation models. 549-551
  
• John S. Carson II:
  Verification and validation: a consultant's perspective. 552-558
  
• Richard B. Whitner, Osman Balci:
  Guidelines for selecting and using simulation model verification techniques. 559-568
  
• Trent E. Lange, Jack B. Hodges, Maria E. Fuenmayor, Leonid V. Belyaev:
  Simulating hybrid connectionist architectures. 569-578
  
• J. Beaudoin, G. Feldmann, Pierre Massotte:
  Simulation system for the control of manufacturing lines. 579-583
  
• Yueh-Min Huang, Jerzy W. Rozenblit, Jhyfang Hu:
  The role of knowledge management in hierarchical model development. 584-592
  
• Onur M. Ülgen, Timothy Thomasma, Youyi Mao:
  Object oriented toolkits for simulation program generators. 593-600
  
• Gary J. Nutt, Adam Beguelin, Isabelle M. Demeure, R. Stephen Elliot, Jeffrey D. McWhirter:
  Olympus: an interactive simulation system. 601-611
  
• A. Aggarwal, Kurtiss J. Gordon, James F. Kurose, Robert F. Gordon, Edward A. MacNair:
  Animating simulations in RESQME. 612-620
  
• R. L. Gimarco:
  Distributed simulation using hierarchical rollback. 621-629
  
• Boris D. Lubachevsky, Adam Shwartz, Alan Weiss:
  Rollback sometimes works...if filtered. 630-639
  
• Murali S. Shanker, W. David Kelton, Rema Padman:
  Adaptive distribution of model components via congestion measures. 640-647
  
• James O. Henriksen:
  Alternative modeling perspectives: finding the creative spark. 648-652
  
• A. A. B. Prisker:
  Developing analytic models based on simulation results. 653-660
  
• M. Abrams:
  A common programming structure for Bryant-Chandy-Misra, time-warp, and sequential simulators. 661-670
  
• Paul F. Reynolds Jr., Christopher F. Weight, J. Robert Fidler:
  Comparative analyses of parallel simulation protocols. 671-679
  
• David M. Nicol, Chris C. Michael, Patrick Inouye:
  Efficient aggregation of multiple PLs in distributed memory parallel simulations. 680-685
  
• Claude Dennis Pegden:
  How technology limits simulation methodology (panel). 686-691
  
• Sanjai Narain, Jeff Rothenberg:
  A logic for simulating discontinous systems. 692-701
  
• Paul A. Fishwick:
  Neural network models in simulation: a comparison with traditional modeling approaches. 702-709
  
• E. Joseph Derrick, Osman Balci, Richard E. Nance:
  A comparison of selected conceptual frameworks for simulation modeling. 711-718
  
• Shu Li:
  Marked event method in discrete event simulation. 719-728
  
• Tapas K. Som, Bruce A. Cota, Robert G. Sargent:
  On analyzing events to estimate the possible speedup of parallel discrete event simulation. 729-737
  
• Lee W. Schruben, Enver Yücesan:
  Simulation graph duality: a world view transformation for simple queueing models. 738-745
  
• R. Rajagopal, John Craig Comfort:
  Parallel simulation: practice: contrasting distributed simulation with parallel replication: a case study of a queuing simulation on a network of transputers. 746-755
  
• Douglas W. Jones, Chien-Chun Chou, Debra Renk, Steven C. Bruell:
  Experience with concurrent simulation. 756-764
  
• Peter L. Reiher, Frederick Wieland, David R. Jefferson:
  Limitation of optimism in the time warp operating system. 765-770
  
• Kenneth N. McKay, Michael Rooks:
  WATMIMS JIT/KANBAN benchmark summary and recommendations. 773-783
  
• Pierre A. Lefrançois, M.-H. Jobin, M.-C. Roy, G. Gamache:
  A visual simulation model of a workstation in a rolling mill facility. 784-789
  
• C. J. Erickson:
  Using simulation to explore potential improvements in an existing automated assembly system. 790-794
  
• Soemon Takakuwa:
  Module modeling and economic optimization for large-scale AS/RS. 795-801
  
• Daniel J. Muller:
  AS/RS amd warehouse modeling. 802-810
  
• Sarah J. Hood, Amy E. B. Amamoto, Antonie T. Vandenberge:
  A modular structure for a highly detailed model of semiconductor manufacturing. 811-817
  
• Kenneth R. Anderson, Gregory W. Diehl:
  Rapid modeling: in the design of a new PCB manufacturing system. 818-826
  
• Bernard J. Schroer, Fan T. Tseng, Shou X. Zhang:
  Combining software engineering principles with discrete event simulation. 828-833
  
• Michael G. Ketcham, R. Rajagopalan:
  Integrating IBIS simulations and systems planning models through multiple model communications. 834-839
  
• C. Fuller:
  The next generation of manufacturing simulation. 840-842
  
• M. W. Hitchens, T. K. Ryan:
  Direct connect emulation and the project life cycle. 843-847
  
• T. I. Miles, H. Siddeley:
  Using discrete-event computer simulation to test control systems. 848-858
  
• Kerim Tumay:
  Opportunities and challenges in manufacturing simulation for busy plant engineers. 859-864
  
• D. P. Yancey, Scott Peterson:
  Implementation of rule-based technology in a shop scheduling system. 865-873
  
• S. Manivannan:
  Just-in-time simulation using artificial intelligence. 874-882
  
• S. Prakash, Robert E. Shannon:
  Intelligent back end of a goal directed simulation environment for discrete-part manufacturing. 883-891
  
• S. J. Lehman, W. R. Davison:
  Simulation and layout of a laser radar production facility. 892-895
  
• John E. Branstrator:
  Simulation analysis of a flexible integrated chemical production facility. 896-903
  
• John L. Ballard, Srivathsan Jagannathan, Randy Hartline, Bob Derksen:
  Simulation assisted design and installation of a flexible assembly system. 904-907
  
• C. Roger Glassey, Raja Pétrakian:
  The use of bottleneck starvation avoidance with queue predictions in shop floor control. 908-917
  
• Pravin K. Johri:
  Dispatching in an integrated circuit wafer fabrication line. 918-921
  
• David J. Miller:
  Implementing the results of a manufacturing simulation in a semiconductor line. 922-929
  
• Sanjay Jain, Karon Barber, David Osterfeld:
  Expert simulation for on-line scheduling. 930-935
  
• F. H. Grant, R. G. Lagoni:
  The user's role in a simulation based scheduling system. 936-941
  
• Gordon M. Clark, David H. Withers:
  Architecture for an integrated simulation /CIM systems. 942-948
  
• B. M. Werner:
  The use of specialized modeling and display techniques in the simulation analysis of a newspaper mailroom distribution system. 951-956
  
• Minghui Yang:
  A simulation model for Washington State juvenille detention facilities. 957-962
  
• Sayed Atef Banawan, John Zahorjan:
  Load sharing in hierarchical distributed systems. 963-970
  
• Floriane Blusseau:
  BLusseau, F.-a simulation annealing and resource location in computer networks. 971-979
  
• Floriane Blusseau:
  A simulation model of the NFS service on an Ethernet local area network. 971-979
  
• G. Anandalingam:
  Simulated annealing and resource location in computer networks. 980-988
  
• Dean S. Hartley III:
  The constraint method of attrition. 989-996
  
• J. M. Grover:
  Hail storm: a model for determining the survivability of fixed-wing aircraft against small arms. 997-1002
  
• T. F. Schuppr:
  A comparison of serial and parallel processing simulation models of pilot workload. 1003-1009
  
• W. P. Johnson:
  The results of simulating a digital imaging network system in Echelon 3 of deployable combat medical facilities. 1010-1014
  
• Joseph L. Sowers, Paul E. Rubin:
  TCDL - an expert system language for wargaming. 1015-1021
  
• Brian C. Healy, Wade H. Shaw Jr., Joseph R. Litko:
  A modeling perspective for meteor burst communication. 1022-1031
  
• Sandhya Dwarkadas, J. Robert Jump, James B. Sinclair:
  Efficient simulation of cache memories. 1032-1041
  
• Susan J. Eggers, Edward D. Lazowska, Yi-Bing Lin:
  Techniques for the trace-driven simulation of cache performance. 1042-1046
  
• Philip G. Emma, Joshua W. Knight, James H. Pomerence, Thomas R. Puzak, Rudolph N. Rechtschaffen:
  Simulation and analysis of a pipeline processor. 1047-1057
  
• Alexander Dupuy, Jed Schwartz, Yechiam Yemini, David F. Bacon:
  NEST: a network simulation & prototyping testbed. 1058-1064
  
• R. Godfrey, R. Avant, D. Lai, J. Wang:
  CLASS simulation of real time, highly compressed video transmission through an interference limited environment. 1065-1075
  
• R. K. Leighton:
  The use of modelling in long-range computer communications network planning. 1076-1084
  
• E. C.-P. Chang:
  Simulated real-time intersection signal control. 1085-1091
  
• Sabah U. Randhawa, Eldon D. Olsen:
  An integrated simulation approach for design and analysis of timber harvesting sytems. 1092-1101
  
• Leslie D. Interrante, John E. Biegel:
  Reasoning in time and space: issues in interfacing a graphic computer simulation with an expert system for an intelligent simulation training system. 1102-1106
  
• Wafik H. Iskander:
  Simulation modeling for emergency medical service systems. 1107-1111
  
• A. P. Kumar, R. Kapur:
  Discrete simulation application-scheduling staff for the emergency room. 1112-1120
  
• M. L. McHugh:
  Computer simulation as a method for selecting nurse staffing levels in hospitals. 1121-1129
  
• Y. G. Chung, D. A. White:
  Simulation with PC model. 1130-1136
  

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