Doctoral colloquium keynote address

• 
  Robert G. Sargent: Being a professional. 3-7

Keynote address

• 
  Richard Kidd: The changing face of entertainment and the driving force behind it: computer simulation. 6

Tutorial Session: Introductory tutorials

• 
  Jerry Banks: Simulation fundamentals: simulation fundamentals. 9-16
• 
  Lawrence Leemis: Input modeling. 17-25
• 
  Deborah A. Sadowski, Mark R. Grabau: Simulation practice: tips for successful practice of simulation. 26-31
• 
  W. David Kelton: Design of experiments: experimental design for simulation. 32-38
• 
  David Goldsman, Gamze Tokol: Output analysis: output analysis procedures for computer simulations. 39-45
• 
  Averill M. Law, Michael G. McComas: Simulation-based optimization. 46-49
• 
  Robert G. Sargent: Verification, validation, and accreditation: verification, validation, and accreditation of simulation models. 50-59
• 
  S. Narayanan: Web-based simulation: web-based modeling and simulation. 60-62
• 
  Scott A. Miller, Claude Dennis Pegden: Manufacturing simulation: introduction to manufacturing simulation. 63-66

Tutorial Session: Advanced tutorials

• 
  Susan M. Sanchez: Design of experiments: robust design: seeking the best of all possible worlds. 69-76
• 
  Marvin S. Seppanen: Modeling for application: developing industrial strength simulation models using Visual Basic for Applications (VBA). 77-82
• 
  Simon J. E. Taylor: Groupware and the simulation consultant. 83-89
• 
  Thomas J. Schriber, Daniel T. Brunner: Inside simulation software: inside discrete-event simulation software: how it works and why it matters. 90-100
• 
  Christos Alexopoulos, Andrew F. Seila: Output analysis: output analysis for simulations. 101-108
• 
  Stephen E. Chick: Bayesian methods: bayesian methods for simulation. 109-118
• 
  James R. Swisher, Paul Hyden, Sheldon H. Jacobson, Lee Schruben: Simulation optimization: a survey of simulation optimization techniques and procedures. 119-128
• 
  H. Gonda Neddermeijer, Gerrit J. van Oortmarssen, Nanda Piersma, Rommert Dekker: A framework for Response Surface Methodology for simulation optimization. 129-136
• 
  Shane G. Henderson: Mathematics and hybrid modeling: mathematics for simulation. 137-146
• 
  Nico M. van Dijk: On hybrid combination of queueing and simulation. 147-150
• 
  John M. Charnes: Options pricing: using simulation for option pricing. 151-157
• 
  Bernard P. Zeigler, Hessam S. Sarjoughian: Distributed simulation: creating distributed simulation using DEVS M&S environments. 158-160

Tutorial Session: Software/modelware tutorials I

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  Vivek Bapat, Nancy Swets: Arena: the Arena product family: enterprise modeling solutions. 163-169
• 
  Matthew W. Rohrer: AutoMod product suite: AutoMod tutorial. 170-176
• 
  James O. Henriksen, Robert C. Crain: GPSS/H, SLX, proof: GPSS/H: a 23-year retrospective view. 177-182
• 
  James O. Henriksen: SLX: the X is for extensibility. 183-190
• 
  James O. Henriksen: Adding animation to a simulation using Proof^TM. 191-196
• 
  Charles R. Harrell, Rochelle N. Price: ProModel/MedModel: simulation modeling and optimization using ProModel. 197-202
• 
  Charles R. Harrell, Rochelle N. Price: Healthcare simulation modeling and optimization using MedModel. 203-207
• 
  Richard A. Phelps, David J. Parsons, Andrew J. Siprelle: SDI industry product suite: the SDI Industry Product Suite: simulation from the production line to the supply chain. 208-214
• 
  Dursun Delen, Perakath C. Benjamin: Enterprise modeling and analysis: an enterprise modeling and analysis toolkit. 215-223
• 
  Robert G. Brown: Digital manufacturing: driving digital manufacturing to reality. 224-228
• 
  Matthias U. Heinicke, Alan Hickman: eM-Plant: eliminate bottlenecks with integrated analysis tools in eM-Plant. 229-231
• 
  Camille Alain Rabbath, M. Abdoune, Jay Belanger: Real-time simulations: effective real-time simulations of event-based systems. 232-238

Tutorial Session: Software/modelware tutorials II

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  Arvind Mehta: Smart modeling: smart modeling - basic methodology and advanced tools. 241-245
• 
  Richard A. Kilgore: Silk, Java and object-oriented simulation. 246-252
• 
  Averill M. Law, Michael G. McComas: Expert fit: how the ExpertFit distribution-fitting package can make your simulation models more valid. 253-258
• 
  Kendra E. Moore, Jack C. Chiang: ALPHA/Sim: ALPHA/Sim simulation software tutorial. 259-267
• 
  Herbert D. Schwetman: CSIM18/OptQuest: optimizing simulations with CSIM18/OptQuest: finding the best configuration. 268-273
• 
  Daniel W. Schunk: Micro saint: modeling with the Micro Saint simulation package. 274-279
• 
  David Krahl: Extend: the Extend simulation environment. 280-289

Modeling methodology

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  Paul K. Davis: Dealing with complexity: exploratory analysis enabled by multiresolultion, multiperspective modeling. 293-302
• 
  John B. Gilmer Jr.: Circumstance descriptors: a method for generating plan modifications and fragmentary orders. 303-311
• 
  Felix Breitenecker, Martin Lingl, Erwin Rybin: The ARGESIM-Comparisons on discrete simulation: results and evaluation. 312-315
• 
  Paul K. Davis, James H. Bigelow, Jimmie McEver: Model abstraction techniques and applications: informing and calibrating a multiresolution exploratory analysis model with high resolution simulation: the interdiction problem as a case history. 316-325
• 
  Robert M. McGraw, Richard A. MacDonald: Abstract modeling for engineering and engagement level simulations. 326-334
• 
  Christos G. Panayiotou, Christos G. Cassandras, Weibo Gong: Model abstraction for discrete event systems using neural networks and sensitivity information. 335-341
• 
  Bernhard J. Angerhofer, Marios C. Angelides: System dynamics modelling in supply chain management: research review. 342-351
• 
  Michael Barnett, Charles J. Miller: Analysis of the virtual enterprise using distributed supply chain modeling and simulation: an application of e-SCOR. 352-355
• 
  Rajeev Sudra, Simon J. E. Taylor, Tharumasegaram Janahan: Distributed supply chain simulation in GRIDS. 356-361
• 
  Ricki G. Ingalls, Douglas J. Morrice: Graph-based modeling: PERT scheduling with resources using qualitative simulation graphs. 362-370
• 
  Gert Zülch, Jörg Fischer, Uwe Jonsson: An integrated object model for activity network based simulation. 371-380
• 
  Lee Schruben: Mathematical programming models of discrete event system dynamics. 381-385
• 
  Antonio Diaz-Calderon, Christiaan J. J. Paredis, Pradeep K. Khosla: Architectures and languages for model building and reuse: organization and selection of reconfigurable models. 386-393
• 
  Hendrik Richter, Lothar März: Toward a standard process: the use of UML for designing simulation models. 394-398
• 
  Henk de Swaan Arons, Eelco van Asperen: Computer assistance for model definition. 399-408
• 
  Vittorio Cortellessa, Francesco Quaglia: Techniques for optimizing model execution I: aggressiveness/risk effects based scheduling in Time Warp. 409-417
• 
  Kevin G. Jones, Samir Ranjan Das: Parallel execution of a sequential network simulator. 418-424
• 
  David M. Nicol, L. Felipe Perrone: Cost/benefit analysis of interval jumping in power-control simulation. 425-431
• 
  David H. Withers: Some fundamental issues in model building: software engineering Best Practices applied to the modeling process. 432-439
• 
  Hessam S. Sarjoughian, Bernard P. Zeigler: Models and representation of their ownership. 440-448
• 
  Leonardo Chwif, Marcos Ribeiro Pereira Barretto, Ray J. Paul: On simulation model complexity. 449-455
• 
  Tony Dean: Advances in modeling and analysis: a method for achieving stable distributions of wireless mobile location in motion simulations. 456-463
• 
  Marc S. Atkin, Paul R. Cohen: Using simulation and critical points to define states in continuous search spaces. 464-470
• 
  Niki C. Thornock, J. Kelly Flanagan: Facilitating level three cache studies using set sampling. 471-479
• 
  Hossein Salehfar, Nagy Bengiamin, Jun Huang: Techniques for optimizing model execution II: a systematic approach to linguistic fuzzy modeling based on input-output data. 480-486
• 
  Kah Leong Tan, Ian Li-Jin Thng: SNOOPy Calendar Queue. 487-495
• 
  Helen D. Karatza: A simulation model of backfilling and I/O scheduling in a partitionable parallel system. 496-505

Analysis methodology I

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  Christiane Lemieux, Pierre L'Ecuyer: Quasi-random numbers and their applications: using lattice rules for variance reduction in simulation. 509-516
• 
  Michael G. Hilgers: Quasi-Monte Carlo methods in cash flow testing simulations. 517-526
• 
  Shane G. Henderson, Belinda A. Chiera, Roger M. Cooke: Generating "dependent" quasi-random numbers. 527-536
• 
  Justin Boesel: Ranking, selection, and multiple comparisons in simulation: adaptively choosing the best procedure for selecting the best system. 537-543
• 
  David Goldsman, William S. Marshall, Seong-Hee Kim, Barry L. Nelson: Ranking and selection for steady-state simulation. 544-553
• 
  Stephen E. Chick, Koichiro Inoue: New results on procedures that select the best system using CRN. 554-561
• 
  Michael E. Kuhl, Prashant S. Bhairgond: New frontiers in input modeling: nonparametric estimation of Nonhomogeneous Poisson processes using wavelets. 562-571
• 
  Michael J. Evans, Tim B. Swartz: Simulation from non-standard distributions using envelope methods. 572-576
• 
  Diane L. Evans, Lawrence M. Leemis: Input modeling using a computer algebra system. 577-586
• 
  Yi Su, Michael C. Fu: Simulation in financial engineering: importance sampling in derivative securities pricing. 587-596
• 
  Harriet Black Nembhard, Leyuan Shi, Mehmet Aktan: A real options design for quality control charts. 597-603
• 
  Paul Glasserman, Philip Heidelberger, Perwez Shahabuddin: Variance reduction techniques for value-at-risk with heavy-tailed risk factors. 604-609
• 
  Michael C. Fu, Sigrún Andradóttir, John S. Carson II, Fred Glover, Charles R. Harrell, Yu-Chi Ho, James P. Kelly, Stephen M. Robinson: Integrating optimization and simulation: research and practice. 610-616
• 
  E. Jack Chen, W. David Kelton: Batching methods for simulation output analysis: a stopping procedure based on phi-mixing conditions. 617-626
• 
  Natalie M. Steiger, James R. Wilson: Experimental performance evaluation of batch means procedures for simulation output analysis. 627-636
• 
  Yingchieh Yeh, Bruce W. Schmeiser: Simulation output analysis via dynamic batch means. 637-645
• 
  Pieter-Tjerk de Boer, Victor F. Nicola, Reuven Y. Rubinstein: Techniques for simulating difficult queueing problems: adaptive importance sampling simulation of queueing networks. 646-655
• 
  Nam Kyoo Boots, Perwez Shahabuddin: Simulating GI/GI/1 queues and insurance risk processes with subexponential distributions. 656-665
• 
  Robert Geist, James Westall: Practical aspects of simulating systems having arrival processes with long-range dependence. 666-674
• 
  Wolfgang Hörmann, Josef Leydold: Random-number and random-variate generation: automatic random variate generation for simulation input. 675-682
• 
  Pierre L'Ecuyer, Renée Touzin: Fast combined multiple recursive generators with multipliers of the form a = ±2^q ±2^r. 683-689
• 
  Pierre L'Ecuyer, François Panneton: A new class of linear feedback shift register generators. 690-696
• 
  Russell C. H. Cheng, Owen D. Jones: Methods for comparing and optimizing simulated systems: analysis of simulation factorial experiments by EDF resample statistics. 697-703
• 
  Theodore Allen, Liyang Yu: Low cost response surface methods for and from simulation optimization. 704-714
• 
  S. J. Abspoel, L. F. P. Etman, J. Vervoort, J. E. Rooda: Simulation optimization of stochastic systems with integer variables by sequential linearization. 715-723

Analysis methodology II

• 
  E. Jack Chen, W. David Kelton: Comparing systems via stochastic simulation: an enhanced two-stage selection procedure. 727-735
• 
  Sigurdur Ólafsson, Nithin Gopinath: Optimal selection probability in the two-stage nested partitions method for simulation-based optimization. 736-742
• 
  Paul Hyden, Lee Schruben: Improved decision processes through simultaneous simulation and time dilation. 743-748
• 
  Linda Trocine, Linda C. Malone: Statistical tools for simulation design and analysis I: finding important independent variables through screening designs: a comparison of methods. 749-754
• 
  K. Preston White, Michael J. Cobb, Stephen C. Spratt: A comparison of five steady-state truncation heuristics for simulation. 755-760
• 
  Edjair de Souza Mota, Adam Wolisz, Krzysztof Pawlikowski: A perspective of batching methods in a simulation environment of multiple replications in parallel. 761-766
• 
  Yun Bae Kim, Deok Seon Roh, Myeong Yong Lee: Statistical tools for simulation design and analysis II: nonparametric adaptive importance sampling for rare event simulation. 767-772
• 
  Maria de los A. Irizarry, Michael E. Kuhl, Emily K. Lada, Sriram Subramanian, James R. Wilson: Analyzing transformation-based simulation metamodels. 773-781
• 
  Andrés Suárez-González, Cándido López-García, José C. López-Ardao, Manuel Fernández-Veiga: On the use of control variates in the simulation of medium access control protocols. 782-787
• 
  Felipe F. Baesler, José A. Sepúlveda: Simulation optimization: multi-response simulation optimization using stochastic genetic search within a goal programming framework. 788-794
• 
  Michael C. Ferris, Todd S. Munson, Krung Sinapiromsaran: A practical approach to sample-path simulation optimization. 795-804
• 
  Berna Dengiz, Cigdem Alabas-Uslu: Simulation optimization using tabu search. 805-810

Verification, validation and accreditation

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  Jennifer Chew, Cindy Sullivan: VV&A; I: verification, validation, and accreditation in the life cycle of models and simulations. 813-818
• 
  Candace L. Conwell, Rosemary Enright, Marcia A. Stutzman: Capability maturity models support of modeling and simulation verification, validation, and accreditation. 819-828
• 
  Osman Balci, William F. Ormsby, John T. Carr III, Said D. Saadi: Planning for verification, validation, and accreditation of modeling and simulation applications. 829-839
• 
  Dirk Brade: VV&A; II: enhancing modeling and simulation accreditation by structuring Verification and Validation results. 840-848
• 
  Osman Balci, William F. Ormsby: Well-defined intended uses: an explicit requirement for accreditation of modeling and simulation applications. 849-854
• 
  Michael L. Metz: Joint Warfare System (JWARS) verification and validation lessons learned. 855-858
• 
  James D. Arthur, Richard E. Nance: V&A; III: verification and validation without independence: a recipe for failure. 859-865
• 
  John T. Carr III, Osman Balci: Verification and validation of object-oriented artifacts throughout the simulation model development life cycle. 866-871
• 
  Don Caughlin: An integrated approach to verification, validation, and accredition of models and simulations. 872-881
• 
  Jack P. C. Kleijnen, Russell C. H. Cheng, Bert Bettonvil: VV&A; IV: validation of trace-driven simulation models: more on bootstrap tests. 882-892
• 
  Harald Schludermann, Thomas Kirchmair, Markus Vorderwinkler: Soft-commissioning: hardware-in-the-loop-based verification of controller software. 893-899
• 
  Fernando G. Gonzalez, Alicia Helton, Douglas Helton, Jeffrey S. Smith, Eileen Thompson, Gerry Walterscheild: The design of a solid-state physical model of an automated system to be used as a test bed for control applications. 900-908
• 
  Robert G. Sargent, Priscilla A. Glasow, Jack P. C. Kleijnen, Averill M. Law, Ian McGregor, Simone Youngblood: Strategic directions in VV&A; research: strategic directions in Verification, Validation, and Accreditation research. 909-916

Military applications

• 
  David Alberts: Military keynote address: information superiority and simulation models. 919
• 
  Brett Walters, Jon French, Michael J. Barnes: Attrition and fatigue: modeling the effects of crew size and crew fatigue on the control of Tactical Unmanned Aerial Vehicles (TUAVS). 920-924
• 
  James G. Taylor, Ugur Ziya Yildirim, William S. Murphy Jr.: Hierarchy-of-models approach for aggregated-force attrition. 925-932
• 
  Brent Heeringa, Paul R. Cohen: An underlying model for defeat mechanisms. 933-939
• 
  Colin R. Mason, James Moffat: Decision making support: representing the C2 process in simulations: modelling the human decision-maker. 940-949
• 
  John R. Surdu, John M. D. Hill, Udo W. Pooch: Anticipatory Planning Support System. 950-957
• 
  John B. Gilmer Jr., Frederick J. Sullivan: Recursive simulation to aid models of decision making. 958-963
• 
  Arnold H. Buss: Architecture initiatives: component-based simulation modeling. 964-971
• 
  Donald D. Dudenhoeffer, Michael P. Jones: A formation behavior for large-scale micro-robot force deployment. 972-982
• 
  Kenneth Y. Jo, Christopher Munk: Simulation methods for analysis of traffic processes in ATM networks. 983-990
• 
  Iain H. McKenna, Stephen Little: Military concept development: developing tactics using low cost, accessible simulations. 991-1000
• 
  Simon A. Colby, D. Lee Beetham: Long range artillery simulation using component based development techniques and the high level architecture. 1001-1005
• 
  Mark R. Grabau, Michael D. Payne: Predicting enemy force closure with simulation. 1006-1009
• 
  Mary Albert, George Koenig, George Mason: Winter simulation: development of a fast all-seasons model for the state of the ground. 1010-1019
• 
  Gary Phetteplace: Integrating cold weather impacts on human performance into army M&S applications. 1020-1024
• 
  James Lacombe: Tire model for simulations of vehicle motion on high and low friction road surfaces. 1025-1034
• 
  Harold S. Balaban, Robert T. Brigantic, Samuel A. Wright, Anthony F. Papatyi: Military resource scheduling: a simulation approach to estimating aircraft mission capable rates for the United States Air Force. 1035-1042
• 
  Brandee L. Murphy: High resolution satellite communication simulation. 1043-1049
• 
  Nancy Brown, Steve Powers: Simulation in a box: a generic reusable maintenance model. 1050-1056
• 
  Phillip Barry, Philomena M. Zimmerman, Jim Metzger, Fred Hartman, Cindy Porubcansky, Joseph S. Stewart II: DoD initiatives in distributed simulation technology: a panel discussion. 1057-1060
• 
  Wayne J. Davis: Military logistics: simulation-based acquisition: an impetus for change. 1061-1067
• 
  Marcelo B. Rodrigues, Mario Karpowicz, Keebom Kang: A readiness analysis for the Argentine Air Force and the Brazilian Navy A-4 fleet via consolidated logistics support. 1068-1074
• 
  William R. Gates, Mitchell J. McCarthy: United States Marine Corps aerial refueling requirements analysis. 1075-1081

Logistics/transportation applications

• 
  Janis Trone, Angela Guerin, Amber D. Clay: Simulation of large supply chains: simulation of waste processing, transportation, and disposal operations. 1085-1089
• 
  David J. Parsons, Andrew J. Siprelle: A supply chain case study of a food manufacturing merger. 1090-1094
• 
  Daniel W. Schunk, Beth M. Plott: Using simulation to analyze supply chains. 1095-1100
• 
  Cathy J. Barnard, David H. Van Haaften: Simulation of logistics systems: simulation model for shipment of waste to the waste isolation pilot plant. 1101-1106
• 
  Charles R. Standridge, David R. Heltne: An MSE-based simulation capability for strategic and tactical logistics. 1107-1113
• 
  José A. Díaz, Ileana G. Pérez: Simulation and optimization of sugar cane transportation in harvest season. 1114-1117
• 
  Jay M. Rosenberger, Andrew J. Schaefer, David Goldsman, Ellis L. Johnson, Anton J. Kleywegt, George L. Nemhauser: Air transportation simulation: SimAir: a stochastic model of airline operations. 1118-1122
• 
  Alex J. Ruiz-Torres, Edgar Zapata: Simulation based operational analysis of future space transportation systems. 1123-1131
• 
  Amy R. Pritchett, Seungman Lee, David Huang, David Goldsman: Hybrid-system simulation for National Airspace System safety analysis. 1132-1142
• 
  Larry E. Owen, YunLong Zhang, Lei Rao, Gene McHale: Street and traffic simulation: traffic flow simulation using CORSIM. 1143-1147
• 
  Willi Bernhard, Peter Portmann: Traffic simulation of roundabouts in Switzerland. 1148-1153
• 
  Marco C. van Burgsteden, Paul E. Joustra, Michiel R. Bouwman, Mark Hullegie: Modeling road traffic on airport premises. 1154-1163
• 
  Beth C. Kulick, James T. Sawyer: Inter-modal transportation: the use of simulation modeling for intermodal capacity assessment. 1164-1167
• 
  Ali S. Kiran, Tekin Cetinkaya, Serafettin Og: Simulation modeling and analysis of a new international terminal. 1168-1172
• 
  Janice P. Li: Train station passenger flow study. 1173
• 
  Soemon Takakuwa, Hiroki Takizawa, Kumiko Ito, Shinichiro Hiraoka: Simulation of distribution systems: simulation and analysis of non-automated distribution warehouses. 1177-1184
• 
  C. Ann Goodsell, Thomas J. Van Kley: Inventory management simulations at Cat Logistics. 1185-1190
• 
  Harald Krueger, Eric Vaillancourt, Ann M. Drummie, Steve J. Vucko, Joe Bekavac: Simulation within the railroad environment. 1191-1200
• 
  Raymond L. Smith III, Stephen D. Roberts: General topics: a voice assisted simulation-animation architecture. 1201-1210
• 
  Matthew W. Rohrer: Seeing is believing: the importance of visualization in manufacturing simulation. 1211-1216
• 
  K. Guus C. de Ruiter, Joost M. Sluijs, Wilbert B. Stoutjesdijk: Simulation for recurring decisions. 1217-1221
• 
  Michael J. Engiles, Edward R. Stephan: Large-scale applications: system sizing using modeling and simulation. 1222-1226
• 
  Bronislava M. Sigal, Ajay Singhal, Kai Pan, Pasan Seneviratna, Masoud M. Zadeh: Simulation of the tornado hazard in the U.S. 1227-1234
• 
  Hala ElAarag, Mostafa A. Bassiouni: Simulation of transport protocols over wireless communication networks. 1235-1241

Manufacturing applications

• 
  Boon-Ping Gan, Li Liu, Sanjay Jain, Stephen John Turner, Wentong Cai, Wen-Jing Hsu: Manufacturing sypply chain management: distributed supply chain simulation across enterprise boundaries. 1245-1251
• 
  Young Hae Lee, Sook Han Kim: Optimal production-distribution planning in supply chain management using a hybrid simulation-analytic approach. 1252-1259
• 
  James Ritchie-Dunham, Douglas J. Morrice, Judy E. Scott, Edward G. Anderson: A strategic supply chain simulation model. 1260-1264
• 
  Frank S. Cheng: Design and optimization of cellular manufacturing systems: a methodology for developing robotic workcell simulation models. 1265-1271
• 
  Kambiz Farahmand: Using simulation to support implementation of flexible manufacturing Cell. 1272-1281
• 
  Susumu Fujii, Hiroshi Morita, Takeshi Tanaka: A basic study on autonomous characterization of square array machining cells for agile manufacturing. 1282-1289
• 
  Peter W. Mullarkey, Srinagesh Gavirneni, Douglas J. Morrice: Strategies for successful simulation of manufacturing systems: dynamic output analysis for simulations of manufacturing environments. 1290-1296
• 
  J. Michael Knoll, Joseph A. Heim: Ensuring the successful adoption of discrete event simulation in a manufacturing environment. 1297-1304
• 
  John R. Clymer: Optimizing production work flow using OpEMCSS. 1305-1314
• 
  Par Klingstam, Bengt-Goran Olsson: Application of simulation for manufacturing processes improvements: using simulation techniques for continuous process verification in industrial system development. 1315-1321
• 
  Lisete Silva, Ana Luisa Ramos, Pedro M. Vilarinho: Using simulation for manufacturing process reengineering: a practical case study. 1322-1328
• 
  Travis A. Dahl, Brian F. Jacob: Confident decision making and improved throughput for cereal manufacturing with simulation. 1329-1332
• 
  Igor Paprotny, Juin-Yan Shiau, Yo Huh, Gerald T. Mackulak: Material handling: simulation based comparison of semiconductor AMHS alternatives: Continuous Flow vs. Overhead Monorail. 1333-1338
• 
  Kok Kiong Tan, K. Z. Tang: Simulation of an evolutionary tuned fuzzy dispatching system for automated guided vehicles. 1339-1343
• 
  Namdar Bahri, Robert J. Gaskins: Automated material handling system traffic control by means of node balancing. 1344-1346
• 
  Robert G. Kyle Jr., Christopher R. Ludka: Case studies in applicatin of simulation to manufacturing systems: simulating the furniture industry. 1347-1350
• 
  Jeff Fields, Dennis Davis, Alfred Taylor: Simulation of the remote unit assembly and test: a case study. 1351-1354
• 
  Rohit A. Khanolkar: Reducing gauging lead times and optimizing layout design at GM Powertrain with 3D workcell simulation. 1355-1358
• 
  Michael X. Weng: Simulation in production scheduling: scheduling flow-shops with limited buffer spaces. 1359-1363
• 
  Durk-Jouke van der Zee: Look-ahead strategies for controlling batch operations in industry: overview, comparison and exploration. 1364-1373
• 
  Qiang Sun: An analytical model and an optimal scheduling heuristic for collective resource management. 1374-1379
• 
  Gordon D. Rehn: Simulation of factory operations: simulation in daily factory operation: 'setting the line bogey in Augusta'. 1380-1384
• 
  Raid Al-Aomar: Product-mix analysis with Discrete Event Simulation. 1385-1392
• 
  Thomas Schulze, Marco Schumann, Gordon D. Rehn: Language based simulation models as management tools for assembly lines. 1393-1401
• 
  Clyde R. Wetteland, Jeff L. Miller, Jonathan French, Kelly O'Brien, Daniel J. Spooner: Simulation in shipbuilding: the human simulation: resolving manning issues onboard DD21. 1402-1406
• 
  Joseph Hugan: Using simulation to evaluate cargo ship design on the LPD17 program. 1407-1410
• 
  Deborah J. Medeiros, Mark T. Traband, April Tribble, Rebekah Lepro, Kenneth Fast, Daniel Williams: Simulation based design for a shipyard manufacturing process. 1411-1414

Semiconductor manufacturing

• 
  Todd LeBaron, Ruth Ann Hendrickson: Semiconductor process equipment modeling: using emulation to validate a cluster tool simulation model. 1417-1422
• 
  Mark Pool, Robert Bachrach: Productivity modeling of semiconductor manufacturing equipment. 1423-1427
• 
  Elif Akçali, Reha Uzsoy, David G. Hiscock, Anne L. Moser, Timothy J. Teyner: Alternative loading and dispatching policies for furnace operations in semiconductor manufacturing: a comparison by simulation. 1428-1435
• 
  Mathias A. Dümmler: Cycle time and capacity planning: analysis of the instationary behavior of a wafer fab during product mix changes. 1436-1442
• 
  Sarayuth Poolsup, Salil Deshpande: Cluster tool simulation assists the system design. 1443-1448
• 
  Azzedine Boukerche, Alessandro Fabbri: Partitioning parallel simulation of wireless networks. 1449-1457
• 
  Scott J. Mason, John W. Fowler: Semiconductor manufacturing scheduling: maximizing delivery performance in semiconductor wafer fabrication facilities. 1458-1463
• 
  Appa Iyer Sivakumar: Simulation based cause and effect analysis of cycle time distribution in semiconductor backend. 1464-1471
• 
  Wang Lixin, Francis Eng Hock Tay, Loo Hay Lee: Scheduling MEMS manufacturing. 1472-1480
• 
  Oliver Rose: General simulation applications in semiconductor manufacturing: why do simple wafer fab models fail in certain scenarios? 1481-1490
• 
  Jeffrey W. Herrmann, Brian F. Conaghan, Laurent Henn-Lecordier, Praveen Mellacheruvu, Manh-Quan Nguyen, Gary W. Rubloff, Rock Z. Shi: Understanding the impact of equipment and process changes with a heterogeneous semiconductor manufacturing simulation environment. 1491-1498
• 
  Dima Nazzal, Mansooreh Mollaghasemi, Linda C. Malone: Evaluation of the effectiveness of group screening methods as compared to no group screening. 1499-1504
• 
  Chad D. DeJong, Seth A. Fischbein: Semiconductor manufacturing material handling systems: integrating dynamic fab capacity and automation models for 300mm semiconductor manufacturing. 1505-1509
• 
  Shari Murray, Gerald T. Mackulak, John W. Fowler, Theron Colvin: A simulation-based cost modeling methodology for evaluation of interbay material handling in a semiconductor wafer fab. 1510-1517
• 
  Mathias Schulz, Timothy D. Stanley, Bernhard Renelt, Roland Sturm, Oliver Schwertschlager: Simulation based decision support for future 300mm automated material handling. 1518-1522

Future of simulation

• 
  Martin Rohrmeier: Interactive simulation using virtual systems: web based robot simulation using VRML. 1525-1528
• 
  Hansoo Kim, Chen Zhou, Hua X. Du: Virtual machines for message based, real-time and interactive simulation. 1529-1532
• 
  Cristian Luciano, Pat P. Banerjee: Avatar kinematics modeling for telecollaborative virtual environments. 1533-1538
• 
  Charles R. McLean, Frank Riddick: Simulation in the international IMS MISSION project: the IMS MISSION architecture for distributed manufacturing simulation. 1539-1548
• 
  Kai Mertins, Markus Rabe, Frank-Walter Jaekel: Neutral template libraries for efficient distributed simulation within a manufacturing system engineering platform. 1549-1557
• 
  Young-Jun Son, Albert Jones, Richard A. Wysk: Automatic generation of simulation models from neutral libraries: an example. 1558-1567
• 
  Jerry Banks: Simulation in the future. 1568-1576
• 
  Stephen Kasputis, Henry C. Ng: Model composability: formulating a research thrust: composable simulations. 1577-1584
• 
  Paul C. Davis, Paul A. Fishwick, C. Michael Overstreet, Claude Dennis Pegden: Model composability as a research investment: responses to the featured paper. 1585-1591

Simulation education

• 
  Richard E. Nance: Keynote address: simulation education: past reflections and future directions. 1595-1601
• 
  Ingolf Ståhl: Teaching methods: how should we teach simulation? 1602-1612
• 
  Agostino G. Bruzzone, Pietro Giribone, Roberto Revetria: Simulation as educational support for production and logistics in industrial engineering. 1613-1618
• 
  Katherine L. Morse: Simulation education: taking HLA education to the web. 1619-1623
• 
  Andrew F. Seila: Medical education as a model for simulation education. 1624-1629
• 
  Charles R. Standridge: Teaching simulation using case studies. 1630-1634
• 
  Helena Szczerbicka, Jerry Banks, Ralph V. Rogers, Tuncer I. Ören, Hessam S. Sarjoughian, Bernard P. Zeigler: Conceptions of curriculum for simulation education: panel. 1635-1644
• 
  Krzysztof Pawlikowski, Wolfgang Kreutzer: Tools for teaching simulation: integrating modelling and data analysis in teaching discrete event simulation. 1645-1650
• 
  Michael Syrjakow, Jörg Berdux, Helena Szczerbicka: Interactive Web-based animations for teaching and learning. 1651-1659
• 
  Thomas Wiedemann: A virtual textbook for modeling and simulation. 1660-1665
• 
  Roy E. Crosbie: Simulation curriculum: a model curriculum in modeling and simulation: do we need it? Can we do it? 1666-1668
• 
  Jörg Desel: Teaching system modeling, simulation and validation. 1669-1675
• 
  Vlatka Hlupic: Simulation software: an Operational Research Society survey of academic and industrial users. 1676-1683
• 
  Heimo H. Adelsberger, Markus Bick, Jan M. Pawlowski: Learning environments for simulation education: design principles for teaching simulation with explorative learning environments. 1684-1691
• 
  João Rafael Galvão, Paulo Garcia Martins, Mário Rui Gomes: Modeling reality with simulation games for a cooperative learning. 1692-1698
• 
  Connie Nott, Graham Nott, C. Christopher Lee: Simply Simulation: an interactive CD-ROM-based approach for learning simulation concepts. 1699-1702

Agent-based modeling and simulation

• 
  Boleslaw K. Szymanski, Gilbert Chen: Simulation using software agents I: linking spatially explicit parallel continuous and discrete models. 1705-1712
• 
  Linda F. Wilson, Daniel Burroughs, Jeanne Sucharitaves, Anush Kumar: An agent-based framework for linking distributed simulations. 1713-1721
• 
  Adelinde Uhrmacher, Bernd G. Kullick: "Plug and test": software agents in virtual environments. 1722-1729
• 
  Marc S. Atkin, David L. Westbrook, Paul R. Cohen: Simulation using software agents II: domain-general simulation and planning with physical schemas. 1730-1738
• 
  Richard K. Bullock, Gregory A. McIntyre, Raymond R. Hill: Using agent-based modeling to capture airpower strategic effects. 1739-1746
• 
  Robert W. Brennan, William O: A simulation test-bed to evaluate multi-agent control of manufacturing systems. 1747-1756
• 
  Tuncer I. Ören, Susan K. Numrich, Adelinde Uhrmacher, Linda F. Wilson, Erol Gelenbe: Agent-directed simulation: challenges to meet defense and civilian requirements. 1757-1762
• 
  Yonghui Fu, Rajesh Piplani, Robert de Souza, Jingru Wu: Agent-based simulation applications: multi-agent enabled modeling and simulation towards collaborative inventory management in supply chains. 1763-1771
• 
  Hideyuki Mizuta, Kenneth Steiglitz: Agent-based simulation of dynamic online auctions. 1772-1777
• 
  Shubhabrata Biswas, Sara Merchawi: Use of discrete event simulation to validate an agent based scheduling engine. 1778-1782

Web-based and Java-based simulation

• 
  Yuh-Chuyn Luo, Chun-Hung Chen, Enver Yücesan, Insup Lee: Distributed web-based simulation optimization. 1785-1793
• 
  Iosif Legrand, Harvey B. Newman: The MONARC toolset for simulating large network-distributed processing systems. 1794-1801
• 
  Richard A. Kilgore, Emmett Burke: Object-oriented simulation of distributed systems using Java® and Silk®. 1802-1809
• 
  Ashu Guru, Paul A. Savory, Robert Williams: Web-based simulation management: a web-based interface for storing and executing simulation models. 1810-1814
• 
  Charles Marr, Christopher Storey, William E. Biles, Jack P. C. Kleijnen: A Java-based simulation manager for web-based simulation. 1815-1822
• 
  Lee A. Belfore II, Suresh Chitithoti: An interactive land use VRML application (ILUVA) with servlet assist. 1823-1830
• 
  Perakath C. Benjamin, Dursun Delen, Richard J. Mayer, Timothy O'Brien: Distributed web-based component architectures: a model-based approach for component simulation development. 1831-1839
• 
  Dhananjai Madhava Rao, Philip A. Wilsey: Dynamic component substitution in web-based simulation. 1840-1848
• 
  John A. Miller, Andrew F. Seila, Junxiu Tao: Finding a substrate for federated components on the web. 1849-1854
• 
  Manuel D. Rossetti, Ben Aylor, Ryan Jacoby, Alyson Prorock, Antoine White: Simulation modeling and the web: Simfone': an object-oriented simulation framework. 1855-1864
• 
  Thomas Wiedemann: VisualSLX: an open user shell for high-performance modeling and simulation. 1865-1871
• 
  Jasna Kuljis, Ray J. Paul: A review of web based simulation: whither we wander? 1872-1881
• 
  Lisa A. Schaefer, Philip M. Wolfe: Java applications: issues in Java-based continuous time step physical modelling. 1882-1887
• 
  Andrei Borshchev, Yuri B. Kolesov, Yuri B. Senichenkov: Java engine for UML based hybrid state machines. 1888-1894

Construction engineering and project management

• 
  Tarek M. Zayed, Daniel W. Halpin: Construction engineering I: simulation as a tool for resource management. 1897-1906
• 
  Simaan M. AbouRizk, Yasser Mohamed: Simphony: an integrated environment for construction simulation. 1907-1914
• 
  Erwin Rybin, Felix Breitenecker: Simulation of a production plant in the brick industry. 1915-1918
• 
  Anil Sawhney, Hemant Deshpande, André Mund: Construction engineering II: JavaBeans-based framework for construction simulation. 1919-1925
• 
  Mohamed Marzouk, Osama Moselhi: Optimizing earthmoving operations using object-oriented simulation. 1926-1932
• 
  Vineet R. Kamat, Julio C. Martínez: 3D visualization of simulated construction operations. 1933-1937
• 
  Jonathan Jingsheng Shi: Construction engineering III: object-oriented technology for enhancing activity-based modeling functionality. 1938-1944
• 
  Govindan Kannan, Luc Schmitz, Christian Larsen: An industry perspective on the role of equipment-based earthmoving simulation. 1945-1952

Business process, health care and service industry applications

• 
  Ann M. Harper, Sarah E. Taranto, Erick B. Edwards, O. Patrick Daily: Organ transplantation policies: an update on a successful simulation project: the Unos Liver Allocation Model. 1955-1962
• 
  Lynne P. Baldwin, Tillal Eldabi, Ray J. Paul, Andrew K. Burroughs: Using simulation for the economic evaluation of liver transplantation. 1963-1970
• 
  Sarah E. Taranto, Ann M. Harper, Erick B. Edwards, John D. Rosendale, Maureen A. McBride, O. Patrick Daily, Dan Murphy, Bill Poos, Janet S. Reust, Bruce W. Schmeiser: Developing a national allocation model for cadaveric kidneys. 1971-1977
• 
  Martha A. Centeno, Cristina Albacete, Diego O. Terzano, Manuel Carrillo, Tom Ogazon: Project and process improvements in healthcare organizations: a simulation study of the radiology department at JMH. 1978-1984
• 
  Daniel C. Barth-Jones, Andrew L. Adams, James S. Koopman: Monte Carlo simulation experiments for analysis of HIV vaccine effects and vaccine trial design. 1985-1994
• 
  Russell W. Workman: Simulation of the drug development process: a case study from the pharmaceutical industry. 1995-1998
• 
  Susan M. Sanchez, David M. Ferrin, Tom Ogazon, José A. Sepúlveda, Timothy J. Ward: Emerging issues in healthcare simulation. 1999-2003
• 
  Andrew Greasley: Process and enterprise improvement: effective uses of business process simulation. 2004-2009
• 
  Milind M. Datar: Enterprise Simulation: framework for a strategic application. 2010-2014
• 
  Simon Dennis, Ben C. King, Martin Hind, Stewart Robinson: Applications of business process simulation and lean techniques in British Telecommunications PLC. 2015-2021
• 
  Wendy Currie, Vlatka Hlupic: Strategic management support in changing environments: simulation modelling: the link between change management panaceas. 2022-2028
• 
  John M. Petrakis, Michael J. Engiles: Creating a paperless municipal court. 2029-2035
• 
  Gregory R. Clay: Venture launch: use of simulation to support strategic operational decisions. 2036-2039
• 
  Jerry Flatto, L. Leslie Gardner: Financial decision-making: using information generated by a discrete event simulation to evaluate real options in a research and development environment. 2040-2047
• 
  Ulrich von Beck, John W. Nowak: The merger of discrete event simulation with activity based costing for cost estimation in manufacturing environments. 2048-2054
• 
  David M. Ferrin, Martin J. Miller, Gustavo Giron: Electronic workflow for transaction-based work cells in a financial services firm. 2055-2058

last updated on Wed May 22 05:14:18 2013 by the dblp team
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