WSC 1990: New Orleans, Louisiana, USA

Tutorial Papers

• Philip J. Kiviat:
  Simulation, technology, and the decision process. 1
  
• Thomas J. Schriber:
  Perspectives on simulation using GPSS. 5-13
  
• Arne Thesen, Laurel E. Travis:
  Introduction to simulation. 14-21
  
• Jeff Rothenberg:
  Artificial intelligence and simulation. 22-24
  
• Osman Balci:
  Guidelines for successful simluation studies. 25-32
  
• Averill M. Law:
  Design and analysis of simulation experiments for manufacturing applications. 33-37
  
• Peter L. Reiher:
  Parallel simulation using the time warp operating system. 38-45
  
• Peter A. W. Lewis, James G. Stevens:
  Smoothing time series for input and output analysis in system simulation experiments. 46-48
  
• Andrew F. Seila:
  Output analysis for simulation. 49-54
  
• François E. Cellier, Qingsu Wang, Bernard P. Zeigler:
  A five level hierarchy for the management of simulation models. 55-64
  
• Marvin S. Seppanen:
  Special purpose simulator development. 67-71
  
• Jean J. O'Reilly, James P. Whitford:
  SLAM II tutorial. 72-76
  
• William R. Lilegdon, Julie N. Ehrlich:
  Introduction to SLAMSYSTEM. 77-79
  
• Stephen D. Roberts, Mary Ann Flanigan Wagner:
  Simulation modeling and analysis with INSIGHT: a tutorial. 80-88
  
• Robert C. Crain, Daniel T. Brunner:
  Modeling efficiently with GPSS/H. 89-93
  
• Van B. Norman:
  AutoMod II. 94-98
  
• Hamdy A. Taha, Robert Bruce Taylor, Nazar Younis:
  Simulation and animation with SIMNET II and ISES. 99-105
  
• Nancy J. Earle, Daniel T. Brunner, James O. Henriksen:
  Proof: the general purpose animator. 106-108
  
• David T. Sturrock, Claude Dennis Pegden:
  Introduction to SIMAN. 109-114
  
• William J. Garrison:
  A brief SIMSCRIPT II.5 tutorial. 115-117
  
• Ronald F. Belanger:
  MODSIM II - a modular, object-oriented language. 118-122
  
• Jacob P. Poorte, Deborah A. Davis:
  Computer animation with CINEMA. 123-127
  
• Charles R. Harrell, Ken Tumay:
  ProModel PC tutorial. 128-131
  
• William J. Garrison:
  NETWORK II.5 tutorial: network modeling without programming. 132-135
  
• John G. Goble:
  Introduction to SIMFACTORY II.5. 136-139
  
• Kieran H. Concannon, Paul Becker:
  A tutorial on GENETIK simulation and scheduling. 140-145
  
• Dougls G. MacFarland, Mary E. Grant:
  Tutorial scheduling manufacturing systems with FACTOR. 146-148
  
• Herbert D. Schwetman:
  Introduction to process-oriented simulation and CSIM. 154-157
  
• Lee W. Schruben:
  Simulation graphical modeling and analysis (SIGMA) tutorial. 158-161
  
• Naeem Malik:
  Introduction to the general simulation system GSS and its application to communications systems. 162-167
  
• Rajan Suri, Dianne Derleth, Michael Tomsicek:
  Modeling manufacturing systems using MANUPLAN and SIMSTARTER - tutorial. 168-176
  
• Charles Murgiano:
  A tutorial on WITNESS. 177-179
  
• Stephen G. Vincent, Averill M. Law:
  A tutorial on UniFit II: a system for total support of simulation input modeling. 180-185
  

Regular papers

• David M. Nicol, Scott E. Riffe:
  A "conservative" approach to parallelizing the Sharks World simulation. 186-190
  
• Rajive L. Bagrodia, Wen-Toh Liao:
  Parallel simulation of the Sharks World problem. 191-198
  
• Matthew T. Presley, Peter L. Reiher, Steven F. Bellenot:
  A time warp implementation of Sharks World. 199-203
  
• David P. Miller, Jeff Rothenberg, David W. Franke, Paul A. Fishwick, R. James Firby:
  AI (panel session): what simulationists really need to know. 204-209
  
• Thad J. Janowiak:
  A simulation from combat systems development and acceptance testing. 210-213
  
• Andrienne Bloss:
  A functional approach to simulation programming. 214-219
  
• John H. Reynolds:
  The runtime creation of code for printing simulation output. 220-223
  
• Barry M. Horowitz:
  Defense science board recommendations: an examination of defense policy on the use of modeling and simulation. 224-230
  
• Ronald G. Hughes:
  Simulation for design, test and evaluation, and training: reconciling the differences. 231-236
  
• Douglas R. Goodman, Robert G. Enk:
  Future real-time testing and evaluation computing environments. 237-242
  
• David W. Balmer, Ray J. Paul:
  Integrated support environments for simulation modelling. 243-249
  
• Sanjai Narain, Jeff Rothenberg:
  Proving temporal properties of hybrid systems. 250-256
  
• Osman Balci, Richard E. Nance, E. Joseph Derrick, Ernest H. Page, John L. Bishop:
  Model generation issues in a simulation support environment. 257-263
  
• Shu Tezuka:
  Lattice structure of pseudorandom sequences from shift-register generators. 266-269
  
• Keith W. Ross, Jie Wang:
  Solving product form stochastic networks with Monte Carlo summation. 270-275
  
• Jorge Haddock, Thomas R. Willemain:
  Sequential Bayesian analysis of simulation experiments. 276-280
  
• John M. Charnes:
  Power comparisons for the multivariate batch-means method. 281-287
  
• Lynne Goldsman, Barry L. Nelson:
  Batch-size effects on simulation optimization using multiple comparisons with the best. 288-293
  
• Bridget A. Moore, Jeffrey A. Peterson, Charles H. Reilly:
  Characterizing distributions of discrete bivariate random variables for simulation and evaluation of solution methods. 294-302
  
• Sarah J. Hood, Peter D. Welch:
  The application of experimental design to the analysis of semiconductor manufacturing lines. 303-309
  
• Steve Hatami, Earl L. Cowley, Cynthia L. Morey:
  Using experimental design to improve the efficiency of simulation modeling - a manufacturing perspective. 310-313
  
• Averill M. Law:
  Models of random machine downtimes for simulation. 314-316
  
• Christos Alexopoulos, George S. Fishman:
  Sensitivity analysis with regard to capacity expansion in network flow simulation. 317-322
  
• Thanos N. Avramidis, James R. Wilson:
  Control variates for stochastic network simulation. 323-332
  
• Russell C. H. Cheng:
  Fitting parametric models by conditional simulation. 333-336
  
• Joan M. Donohue, Ernest C. Houck, Raymond H. Myers:
  Some optimal simulation designs for estimating quadratic response surface functions. 337-343
  
• Jack P. C. Kleijnen:
  Statistics and deterministic simulation models: why not? 344-346
  
• Jeffrey D. Tew, Marnita D. Crenshaw:
  Heuristic diagnostics for the presence of pure error in computer simulation models. 347-356
  
• Douglas J. Morrice, Lee W. Schruben, Sheldon H. Jacobson:
  Initial transient effects in the frequency domain. 357-359
  
• Arnold H. Buss:
  System identification using frequency domain methodology. 360-363
  
• Sigrún Andradóttir:
  A new algorithm for stochastic optimization. 364-366
  
• Gordon M. Clark:
  Use of common random numbers in comparing alternatives. 367-371
  
• Ying Tat Leung, Rajan Suri:
  Finite-time behavior of two simulation optimization algorithms. 372-376
  
• Michael C. Fu, Jian-Qiang Hu:
  Bias properties of infinitesimal perturbation analysis for multi-server queues. 377-381
  
• W. David Kelton, Bennett L. Fox, Mark E. Johnson, Averill M. Law, Bruce W. Schmeiser, James R. Wilson, John Meszaros, Cynthia L. Morey, Susan E. Romens:
  Alternative approaches for specifying input distributions and processes (panel session). 382-386
  
• David Goldsman, James J. Swain, David H. Withers:
  Single-replication simulation. 387-391
  
• Peter D. Welch:
  Simulation and regression: dealing with the assumption of a common error variance. 392-394
  
• Bruce W. Schmeiser, Thanos N. Avramidis, Sherif Hashem:
  Overlapping batch statistics. 395-398
  
• Tag Gon Kim:
  The role of polymorphism in class evolution in the DEVS-scheme environment. 401-406
  
• Kung-Chao Liu, Jerzy W. Rozenblit:
  Applying knowledge-based system design and simulation in information system requirements determination. 407-411
  
• Robert E. Shannon, Martha A. Centeno:
  Expert simulation system based on a relational database. 412-414
  
• Jeff McAffer:
  A unified distributed simulation system. 415-422
  
• Frank Paterra, C. Michael Overstreet, Kurt Maly:
  Distributed simulation: no special tools required. 423-427
  
• Devendra Kumar, Saad Harous:
  An approach towards distributed simulation of timed petri nets. 428-435
  
• Bruce A. Cota, Robert G. Sargent:
  Simultaneous events and distributed simulation. 436-440
  
• Phil Kearns, Jeffery E. Payne:
  Time-based performance evaluation of protocols for distributed systems: an alternative to message counting. 441-445
  
• Christopher H. Nevison:
  Restructuring networks to avoid deadlocks in parallel simulations. 446-452
  
• Charles R. Standridge, Kenneth M. Matwiczak, Deborah A. Davis, Kenneth J. Musselman, Daniel T. Brunner:
  Interactive simulation (panel session). 453-458
  
• Stephen C. Mathewson:
  Simulation modelling support via network based concepts. 459-467
  
• Enver Yücesan:
  Analysis of Markov chains using simulation graph models. 468-471
  
• Dana L. Wyatt:
  A framework for reusability using graph-based models. 472-476
  
• Chuda B. Basnet, Phillip A. Farrington, David B. Pratt, Manjunath Kamath, S. Cem Karacal, Terrence G. Beaumariage:
  Experiences in developing in object-oriented modeling environment for manufacturing systems. 477-481
  
• Timothy Thomasma, James Madsen:
  Object oriented programming languages for developing simulation-related software. 482-485
  
• Joseph Whitesell, John D. Reid:
  Computational mechanics solvers based on object-oriented design principles. 486-489
  
• Ranko Vujosevic:
  Object oriented visual interactive simulation. 490-498
  
• Robert F. Gordon, Edward A. MacNair, Kurtiss J. Gordon, James F. Kurose:
  Hierarchical modeling in a graphical simulation system. 499-503
  
• John L. Bishop, Osman Balci:
  General purpose visual simulation system: a functional description. 504-512
  
• Paul A. Fishwick:
  Fuzzy set methods for qualitative and natural language oriented simulation. 513-519
  
• Tony Morgan:
  Accuracy in qualitative descriptions of behaviour. 520-526
  
• Donghui Li, François E. Cellier:
  Fuzzy measures in inductive reasoning. 527-538
  
• Liang Chen, Chien-Liang A. Chen:
  A fast simulation approach for tandem queueing systems. 539-546
  
• Arne Thesen:
  Template based simulators: an example from manufacturing. 547-550
  
• Kerry D. Figiel, Dileep R. Sule:
  A generalized reliability block diagram (RBD) simulation. 551-556
  
• Ravindra K. Gujar, Paul F. Desruelle, Randall E. Hammer:
  Electronic manufacturing cell design using PC-based modeling and simulation tools. 559-563
  
• Walter J. Trybula:
  Simulation: the small manufacturer's unknown need. 564-566
  
• G. Don Taylor:
  A flexible simulation framework for evaluating multi-level, heuristic-based production control strategies. 567-569
  
• Craig McLanahan, Michael G. Ketcham:
  The representation of accounting data in industrial simulation. 570-577
  
• Michael J. O'Loughlin, Mary K. Driskell, Gregory W. W. Diehl:
  Financial simulation: combining cost information in systems analysis. 578-581
  
• David P. Christy, George B. Kleindorfer:
  Simultaneous cost and production analysis of manufacturing systems. 582-589
  
• John S. Zuk, George B. Kleindorfer, Robert D. Moore, William B. Nordgren, Don T. Phillips:
  Effective cost modeling on the factory floor (panel session): taking simulation to the bottom line. 590-594
  
• Catherine M. Harmonosky:
  Implementation issues using simulation for real-time scheduling, control, and monitoring. 595-598
  
• Daniel J. Muller, John K. Jackman, Charles Fitzwater:
  A simulation-based work order release mechanism for a flexible manufacturing system. 599-602
  
• S. Manivannan, Jerry Banks:
  Towards a real-time knowledge-based simulation system for diagnosing machine tool failure. 603-608
  
• Todd A. Barnes, L. Leslie Gardner:
  A simulation model for production scheduling of a facility in a process industry. 609-613
  
• Roy P. Pargas, John C. Peck, Prashant K. Khambekar, Satish K. Dharmaraj:
  Near-term distributed simulation of apparel manufacturing. 614-618
  
• Knud Erik Wichmann:
  A methodology for development of simulation based production schedule generation systems. 619-624
  
• Marvin S. Seppanen:
  ALSS II: the Advanced Assembly Line System Simulator. 625-631
  
• Steve Hatami:
  Data requirements for analysis of manufacturing systems using computer simulation. 632-635
  
• David R. Kalasky:
  Simulation of a new cellular manufacturing facility for the SSC particle accelerator. 636-640
  
• Eric P. Hedlund, Wayne J. Davis, Peter L. Webster:
  Using computer simulation to compare tool delivery systems in an FMC. 641-645
  
• Suraj M. Alexander, William E. Biles, Gerald W. Evans, Ismail M. Zahran:
  A macro/micro modeling approach to the simulation of cellular manufacturing systems. 646-652
  
• Ram Rachamadugu, Thomas J. Schriber:
  Performance of dispatching rules under perfect sequencing flexibility. 653-658
  
• Robert W. Atherton, Linda F. Atherton, Mark Pool:
  Detailed simulation for semiconductor manufacturing. 659-663
  
• Maryam S. Shahraray, Martin Maeschke:
  SBDDS - a simulation based decision support system. 664-668
  
• Stephen J. Buckley, Darcy M. Palmer, Chae An, James U. Korein, Javad Ahmadi, Peng Si Ow, Urban Brunner:
  Using the MAXX simulator for electronic card manufacturing. 669-675
  
• Dah-Chuan Gong, Leon F. McGinnis:
  An AGVS simulation code generator for manufacturing applications. 676-682
  
• Onur M. Ülgen, Pankaj Kedia:
  Using simulation in design of a cellular assembly plant with automatic guided vehicles. 683-691
  
• Ronald L. Webster, David F. Foster:
  Building flexible AGV and ASRS system models for facility design phase applications. 692-698
  
• Stuart Gittlitz:
  A case study: simulation of packaging line control logic. 699-706
  
• Soemon Takakuwa:
  Multiobjective optimization and analysis of picking/conveyance systems. 707-713
  
• Christine M. Geinzer, John P. Meszaros:
  Modeling high volume conveyor sorting systems. 714-719
  
• Kenichi Miura:
  Vectorization and parallelization of transport Monte Carlo simulation codes. 722-730
  
• Albert G. Greenberg, Boris D. Lubachevsky, Isi Mitrani:
  Unboundedly parallel simulations via recurrence relations for network and reliability problems. 731-733
  
• Philip Heidelberger, Harold S. Stone:
  Parallel trace-driven cache simulation by time partitioning. 734-737
  
• Robert W. Klein, Robert S. Dittus, David J. DeBrota, Mark A. Dame:
  Using discrete event simulation to evaluate housestaff work schedules. 738-742
  
• Harvey H. Millar, Eldon A. Gunn:
  A simulation model for assessing fishing fleet performance under uncertainty. 743-748
  
• Thomas D. Clark Jr., Donald H. Hammond, Kathy L. McCommon:
  A systems analysis and model of a parallel multi-server queueing system. 749-752
  
• Edward B. Lieberman, Barbara Andrews:
  The role of interactive graphics when applying traffic simulation models. 753-758
  
• Alberto J. Santiago, Hobih Chen:
  Traffic modeling software for IVHS applications. 759-762
  
• R. Jayakrishnan, Hani S. Mahmassani:
  Dynamic simulation-assignment methodology to evaluate in-vehicle information strategies in urban traffic networks. 763-769
  
• Donald T. Gantz, James R. Mekemson:
  Flow profile comparison of a microscopic car-following model and a macroscopic platoon dispersion model for traffic simulation. 770-774
  
• Peter Aiken, Frank Armour, Peggy Lane Brouse, N. Ann Fields, Mandy Hassanpour, Jianhong Liang, James D. Palmer:
  Use of multimedia to augment simulation. 775-783
  
• Fathi Sokkar, Stewart V. Nelson, Andy Harjanto:
  Examination of air traffic flow at a major airport. 784-792
  
• Andrew J. Junga:
  A multi-purpose toll collection plaza model. 793-797
  
• John S. Carson II, Onala M. Atala:
  Using computer simulation for rapid transit operating strategies. 798-801
  
• Beth C. Carpenter, Thomas Ward:
  The use of computer simulation for marine terminal planning. 802-804
  
• Joseph J. Devai, Thomas C. Kerrigan, Michael K. Molloy:
  Simulation of the LAN behavior in the distributed HP-UXenvironment. 805-812
  
• Mark D. Pardue, James D. Palmer:
  Simulation of a real-time fault detection and analysis system for a CIM token ring network. 813-819
  
• Charlotte Laqui, Yaoshuang Qu:
  A simulation study of the communications performance of the federal avition Aministration Mode Select Beacon System for airtraffic control. 820-825
  
• Charles E. Knadler Jr., Ralph M. May:
  Disk I/O, a study in shifting bottlenecks. 826-830
  
• Boleslaw K. Szmanski, Steven H. Azzaro:
  Simulating dedicated Unix PC-based application systems. 831-838
  
• Ravi Mukkamala:
  Effects of distributed database modeling on evaluation of transaction rollbacks. 839-845
  
• Joseph A. Viceroy:
  System performance analysis with an Ada process model development. 846-850
  
• Sayed Atef Banawan, John Zahorjan:
  On comparing load indices using oracle simulation. 851-856
  
• Sharad Mehrotra:
  Developing a simulator for the USC orthogonal multiprocessor. 857-862
  
• Dean S. Hartley III:
  The Oak Ridge Spreadsheet Battle Model. 863-869
  
• John B. Gilmer Jr., David W. O'Brien, Jeffery E. Payne:
  Toward real time simulation: prototyping of a large scale parallel ground target simulation. 870-877
  
• Stephen Richard Parker:
  Ammunition upload and deployment V2.0: a simulation analysis. 878-883
  
• Philip M. Irey IV, David T. Marlow, Richard E. Nance:
  An evaluation technique for a protocol in development. 884-887
  
• John P. Mullen, Jason W. Rupe, Srinagesh Gavirneni, Way Kuo:
  The Command and Control Communications and Information Network Anlysis Tool (C3INAT). 888-894
  
• Dougas J. Payne, Nandu N. Thondavadi, Phil Francis:
  A corporate strategy for implementing process simulation. 895-898
  
• Leo A. Joseph, Jeffrey T. Watt, Nancy Wigglesworth:
  Modeling and analysis of a new product development in electronic sub-assembly manufacturing. 899-903
  
• Victor Chin, Steven C. Sprecher:
  Using a manufacturing based simulation package to model as customer service center. 904-907
  
• R. Greer Lavery:
  A simulation analysis of the effects of transportation system parameters on inventory levels. 908-910
  
• Pen-Nan Lee, Ravinder R. Purumandla, William Nehman:
  Concurrent simulation with entity life modeling: an airport simulator using Ada. 911-918
  
• Sanjay Saxena, Chi-Ming Chang, Hin Bun Chow, Jim Lee:
  Evaluation of heuristics for inspection station allocation in serial production systems. 919-922
  

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