WSC 1994: Lake Buena Vista, FL, USA

• Jerry Weinstein:
  Resolved to make customer focus more than a simulation. 3-4
  
• Michael Pidd:
  An introduction to computer simulation. 7-14
  
• Gordon M. Clark:
  Introduction to manufacturing applications. 15-21
  
• Paul T. Fishburn, Kevin M. Taaffe:
  Transportation applications. 22-25
  
• Jerry Banks:
  Software for simulation. 26-33
  
• James N. Robinson:
  Capacity and performance analysis of computer systems. 34-41
  
• Aarti S. Bhaté-Felsheim:
  Tutorial on simulation applications. 42-44
  
• Thomas J. Schriber, Daniel T. Brunner:
  Inside simulation software: how it works and why it matters. 45-54
  
• Lawrence Leemis:
  Input modeling. 55-61
  
• W. David Kelton:
  Analysis of output data. 62-68
  
• James J. Swain, Phillip A. Farrington:
  Designing simulation experiments for evaluating manufacturing systems. 69-76
  
• Robert G. Sargent:
  Verification and validation of simulation models. 77-87
  
• Kenneth J. Musselman:
  Guidelines for simulation project success. 88-95
  
• Enver Yücesan:
  Nonparametric techniques in simulation analysis: a tutorial. 99-105
  
• Susan M. Sanchez:
  A robust design tutorial. 106-113
  
• Bruce D. Gladwin, Kerim Tumay:
  Modeling business processes with simulation tools. 114-121
  
• Pierre L'Ecuyer:
  Efficiency improvement and variance reduction. 122-132
  
• Christos Alexopoulos:
  A review of advanced methods for simulation output analysis. 133-140
  
• Gerald W. Evans, William E. Biles, Michael W. Golway:
  Simulation of advanced manufacturing systems. 141-148
  
• Michael C. Fu:
  A tutorial review of techniques for simulation optimization. 149-156
  
• Jeffrey A. Joines, Stephen D. Roberts:
  Design of object-oriented simulations in C++. 157-165
  
• Averill M. Law, Michael G. McComas:
  Simulation of communications networks. 166-170
  
• Paul A. Fishwick:
  Simulation model design. 173-175
  
• Pierre L'Ecuyer:
  Recent advances in uniform random number generation. 176-183
  
• Russell C. H. Cheng:
  Selecting input models. 184-191
  
• David Goldsman, Barry L. Nelson:
  Ranking, selection and multiple comparisons in computer simulations. 192-199
  
• Joan M. Donohue:
  Experimental designs for simulation. 200-206
  
• James C. Spall:
  Developments in stochastic optimization algorithms with gradient approximations based on function measurements. 207-214
  
• Osman Balci:
  Validation, verification, and testing techniques throughout the life cycle of a simulation study. 215-220
  
• Marvin K. Nakayama:
  Fast simulation methods for highly dependable systems. 221-228
  
• Alois Ferscha:
  Concurrent execution of timed Petri nets. 229-236
  
• Russell R. Barton:
  Metamodeling: a state of the art review. 237-244
  
• Gül Gürkan, Ayonca Özge, Stephen M. Robinson:
  Sample-path optimization in simulation. 247-254
  
• Huifen Chen, Bruce W. Schmeiser:
  Retrospective approximation algorithms for stochastic root finding. 255-261
  
• James M. Calvin:
  Average performance of Monte Carlo and Quasi-Monte Carlo methods for global optimization. 262-265
  
• Victor F. Nicola, Gertjan A. Hagesteijn, Byung G. Kim:
  Fast simulation of the leaky bucket algorithm. 266-273
  
• Perwez Shahabuddin:
  Fast simulation of packet loss rates in communication networks with priorities. 274-281
  
• Manuel Villén-Altamirano, José Villén-Altamirano:
  Restart: a straightforward method for fast simulation of rare events. 282-289
  
• Susan M. Sanchez:
  Experimental designs for system assessment and improvement when noise factors are correlated. 290-296
  
• Shirish S. Joshi, Hanif D. Sherali, Jeffrey D. Tew:
  An enhanced RSM algorithm using gradient-deflection and second-order search strategies. 297-304
  
• Timothy S. Webb, Kenneth W. Bauer Jr.:
  Comparison of analysis strategies for screening designs in large-scale computer simulation models. 305-311
  
• John M. Charnes, Evelyn I. Chen:
  Vector-autoregressive inference for equally spaced, time-averaged, multiple queue length processes. 312-315
  
• Demet C. Wood, Bruce W. Schmeiser:
  Consistency of overlapping batch variances. 316-319
  
• Sigrún Andradóttir, James M. Calvin, Peter W. Glynn:
  Increasing the frequency of regeneration for Markov processes. 320-323
  
• Mary Ann Flanigan Wagner, James R. Wilson:
  Using bivariate Bézier distributions to model simulation input processes. 324-331
  
• Raymond R. Hill, Charles H. Reilly:
  Composition for multivariate random variables. 332-339
  
• Halim Damerdji:
  On the batch means and area variance estimators. 340-344
  
• Chiahon Chien:
  Batch size selection for the batch means method. 345-352
  
• Young Hae Lee, Hyung-Sool Oh:
  Detecting truncation point in steady-state simulation using chaos theory. 353-360
  
• Alexander Thomasian, Asser N. Tantawi:
  Approximate solutions for M/G/1 fork/join synchronization. 361-368
  
• Felisa J. Vázquez-Abad, Sheldon H. Jacobson:
  Application of RPA and the harmonic gradient estimators to a priority queueing system. 369-376
  
• Mousumi Mitra Hazra, Stephen K. Park:
  Characterizing a nonstationary M/G/1 queue using bode plots. 377-382
  
• Robert G. Sargent:
  A historical view of hybrid simulation/analytic models. 383-386
  
• Kevin J. Healy:
  Identifying policies that are most likely to produce a desirable outcome. 387-391
  
• Michael P. Bailey, Kevin D. Glazebrook, Robert F. Dell:
  Simulation-based dynamic optimization: planning United States coast guard law enforcement patrols. 392-398
  
• John M. Charnes, John S. Carson II, Merriel C. Dewsnup, Andrew F. Seila, Jeffrey D. Tew, Randall P. Sadowski:
  Output analysis research: why bother? (panel discussion). 399-405
  
• Stephen G. Vincent, Averill M. Law:
  UniFit II: total support for simulation input modeling. 409-414
  
• Jean J. O'Reilly:
  Introduction to SLAM II and SLAMSYSTEM. 415-419
  
• William R. Lilegdon:
  Manufacturing decision making with FACTOR. 420-426
  
• David M. Profozich, David T. Sturrock:
  Introduction to SIMAN/Cinema. 427-430
  
• Michael J. Drevna, Cynthia J. Kasales:
  Introduction to Arena. 431-436
  
• John G. Goble:
  SIMOBJECT: from rapid prototype to finished model - a breakthrough in graphical model building. 437-442
  
• John G. Goble, Robb Mills:
  COMNET III: object-oriented network performance prediction. 443-445
  
• William B. Nordgren:
  Taylor II manufacturing simulation software. 446-449
  
• Cliff B. King:
  Creating simulation runtimes for profit. 450-452
  
• Kjell B. Zandin:
  Development and application of realistic and consistent manufacturing data as a basis for simulations. 453-457
  
• Joseph Hugan:
  Quest - queueing event simulation tool. 458-463
  
• Herbert D. Schwetman:
  CSIM17: a simulation model-building toolkit. 464-470
  
• David J. Bryg:
  Comparison of Nevada simulation to Monte Carlo simulation. 471-476
  
• John Everton:
  Simulation-based capacity planning and scheduling with AutoSched. 479-486
  
• Matthew W. Rohrer:
  AutoMod. 487-492
  
• Matthew W. Rohrer:
  AutoStat. 493-495
  
• Thomas J. Schriber:
  Perspectives on simulation using GPSS. 496-501
  
• Robert C. Crain, Douglas S. Smith:
  Industrial strength simulation using GPSS/H. 502-508
  
• Nancy J. Earle, James O. Henriksen:
  Proof animation: reaching new heights in animation. 509-516
  
• W. Bruce Thompson:
  A tutorial for modeling with the witness visual interactive simulator. 517-521
  
• Bob Marriott:
  Production scheduling systems using PROVISA. 522-526
  
• Scott P. Baird, Jeffrey J. Leavy:
  Simulation modeling using ProModel for windows. 527-532
  
• Lucien F. Keller Jr.:
  MedModel - specialized software for the healthcare industry. 533-537
  
• David Krahl:
  An introduction to Extend. 538-545
  
• Catherine E. Drury, K. Ronald Laughery Jr.:
  Fundamentals of simulation using Micro Saint. 546-551
  
• Bruce A. Cota, Douglas G. Fritz, Robert G. Sargent:
  Control flow graphs as a representation language. 555-559
  
• Lee Schruben, Enver Yücesan:
  Transforming Petri nets into event graph models. 560-565
  
• C. Michael Overstreet, Ernest H. Page, Richard E. Nance:
  Model diagnosis using the condition specification: from conceptualization to implementation. 566-573
  
• Ricki G. Ingalls, Douglas J. Morrice, Andrew B. Whinston:
  Interval time clock implementation for qualitative event graphs. 574-580
  
• Xiaolan Xie:
  An ordinal optimization approach to a token partition problem for stochastic timed event graphs. 581-588
  
• Vlatko Ceric:
  Hierarchical abilities of diagrammatic representations of discrete event simulation models. 589-594
  
• Kurt A. Pflughoeft, Kiran Manur:
  Multi-layered activity cycle diagrams and their conversion into activity-based simulation code. 595-599
  
• Germano Kienbaum, Ray J. Paul:
  H-ACD: hierarchical activity cycle diagrams for object-oriented simulation modelling. 600-610
  
• Robert Geist, Darren Crane, Stephen Daniel, Darrell Suggs:
  Systems modeling with xpetri. 611-618
  
• Howard W. Beck, Paul A. Fishwick, Glen Smerage:
  A database design for uniform representation of hypermedia and mathematical models. 619-624
  
• Ross A. Gagliano, Michael R. Lauer:
  Discrete element models and real life duals. 625-632
  
• Christopher L. Swider, Kenneth W. Bauer Jr., Thomas F. Schuppe:
  The effective use of animation in simulation model validation. 633-640
  
• Ray J. Paul, Vlatka Hlupic:
  The CASM environment revisited. 641-648
  
• Hyu Chan Park, Wan Bok Lee, Tag Gon Kim:
  A relational algebraic framework for models management. 649-656
  
• Charles R. Standridge, Martha A. Centeno:
  Concepts for modular simulation environments. 657-663
  
• Mary Ann Flanigan Wagner, Süleyman Sevinc, Oryal Tanir, Peter L. Haigh, James D. Arthur, Richard E. Nance, Herbert D. Schwetman:
  A standard simulation environment: a review of preliminary requirements. 664-672
  
• Madhav Erraguntla, Perakath C. Benjamin, Richard J. Mayer:
  An architecture of a knowledge-based simulation engine. 673-680
  
• Yu-Hui Tao, Barry L. Nelson:
  A conceptual framework for simulation experiment design and analysis. 681-688
  
• Lobna A. Okashah, Paul M. Goldwater:
  Unknown unknowns: modeling unanticipated events. 689-694
  
• Ronald C. Van Wagenen, Charles R. Harrell:
  Achieving reliability in simulation software. 695-699
  
• Felipe Knop, Edward Mascarenhas, Vernon Rego, Vaidy S. Sunderam:
  An introduction to fault tolerant parallel simulation with EcliPSe. 700-707
  
• Murali Krishnamurthi, Amar Basavatia, Sanjeev Thallikar:
  Deadlock detection and resolution in simulation models. 708-715
  
• Alex Chung Hen Chow, Bernard P. Zeigler:
  Parallel DEVS: a parallel, hierarchical, modular, modeling formalism. 716-722
  
• Krzysztof Pawlikowski, Victor W. C. Yau, Donald C. McNickle:
  Distributed stochastic discrete-event simulation in parallel time streams. 723-730
  
• Avinash C. Palaniswamy, Philip A. Wilsey:
  Scheduling time warp processes using adaptive control techniques. 731-738
  
• Albert E. Rainis, Eugene P. Visco, R. Garrison Harvey, James G. "Snake" Clark:
  Military modeling and simulation: reflections and directions (panel). 741-743
  
• N. Chandrasekharan, Udaya Bhaskar Vemulapati, Allen T. Irwin, Zhi-Hai Ma, William J. Porthouse Jr.:
  MasPaWS - a massively parallel war simulator. 744-751
  
• Alfred G. Brandstein:
  Combat modeling in the MLR COEA phase II. 752-754
  
• Andy Ceranowicz:
  Modular semi-automated forces. 755-761
  
• Clark R. Karr, Robert W. Franceschini:
  Status report on the integrated Eagle/BDS-D project. 762-769
  
• Thomas W. Mastaglio:
  Developing a large-scale distributed interactive simulation system. 770-774
  
• Mary C. Fischer:
  Aggregate level simulation protocol (ALSP) managing confederation development. 775-780
  
• Annette L. Wilson, Richard M. Weatherly:
  The aggregate level simulation protocol: an evolving system. 781-787
  
• Hugh Henry:
  The Corps Battle Simulation: remodeling the model for new missions. 788-791
  
• Joseph Ramos III:
  Modeling and simulation (M & S) issues in operational test and evaluation (OT & E). 792-797
  
• James C. Schaaf Jr., Faye Lynn Thompson, Valerie D. Churchwell:
  Virtual prototyping with low-end 3D graphics programs. 798-804
  
• Mark E. Smith:
  Determining the utility of advanced distributed simulation to test and evaluation. 805-812
  
• Michael L. McGinnis, James L. Kays, Pamela Slaten:
  Computer simulation of U.S. Army officer professional development. 813-820
  
• Vincent G. Duffy, F. T. Sparrow:
  Providing insight into the successful process of military base transition with a PERT simulation model. 821-828
  
• Mark A. Youngren, Sam H. Parry, Donald P. Gaver, Patricia A. Jacobs:
  The future theater-level model: a research project update. 829-834
  
• Dennis L. Lester, Loni L. Van Veldhuizen:
  Theater air command and control simulation facility. 835-838
  
• Curtis L. Blais:
  Marine air ground task force (MAGTF) tactical warfare simulation (MTWS). 839-844
  
• Roger Smith, Gary Allen:
  After action review in military training simulations. 845-849
  
• Michael T. Halpern, Ruth E. Brown, Dennis A. Revicki, Alkis G. Togias:
  An example of using computer simulation to predict pharmaceutical costs and outcomes. 850-855
  
• Christopher D. Visnic, Robert H. Reid, Omar Ghattas, Anthony M. DiGioia, Branislav Jaramaz:
  Finite element pre-operative simulation of cementless hip replacement. 856-860
  
• Frank McGuire:
  Using simulation to reduce length of stay in emergency departments. 861-867
  
• Julie C. Lowery, Brian Hakes, Lou Keller, William R. Lilegdon, Khaled M. Mabrouk, Frank McGuire:
  Barriers to implementing simulation in health care. 868-875
  
• F. Bradley Armstrong, Daniel T. Brunner, Mark A. Contesti, Jason Duff, Barbara W. Mazziotti:
  Manufacturing simulation consultants' forum. 879-884
  
• David J. Miller:
  The role of simulation in semiconductor logistics. 885-891
  
• Gajanana Nadoli, Devadas Pillai:
  Simulation in automated material handling systems design for semiconductor manufacturing. 892-899
  
• Neal G. Pierce, Richard Stafford:
  Modeling and simulation of material handling for semiconductor wafer fabrication. 900-906
  
• Todd LeBaron, Mark Pool:
  The simulation of cluster tools: a new semiconductor manufacturing technology. 907-912
  
• Isaiah J. Bier, James P. Tjelle:
  The importance of interoperability in a simulation prototype for spares inventory planning. 913-919
  
• Harold A. Scott:
  Modeling aircraft assembly operations. 920-927
  
• Ray Rolen, Richard A. Kilgore:
  Simulation for agile control of aerospace manufacturing. 928-934
  
• R. Armacost, M. Mullens, W. Swart:
  Structuring a simulation modeling environment using a commercial manufacturing simulator. 935-940
  
• Lobna A. Okashah, Ralph V. Rogers:
  Implementation of spatial representation and autonomy in material handling systems. 941-945
  
• Susumu Fujii, Haruhisa Tsunoda, Atsusi Ogita, Yasusi Kidani:
  Distributed simulation model for computer integrated manufacturing. 946-953
  
• Joseph G. Macro, Wayne J. Davis, Duane L. Setterdahl:
  Establishing an object-oriented methodology for the simulation and control of integrated manufacturing systems. 954-961
  
• Jeffrey S. Smith, Richard A. Wysk, David T. Sturrock, Sanjay E. Ramaswamy, Glen D. Smith, Sanjay B. Joshi:
  Discrete event simulation for shop floor control. 962-969
  
• Grace Y. Lin, James J. Solberg:
  An agent-based flexible routing manufacturing control simulation system. 970-977
  
• Edward F. Watson, Randall P. Sadowski:
  Developing and analyzing flexible cell systems using simulation. 978-985
  
• Arun S. Kashyap, Suresh K. Khator:
  Modeling of a tool shared flexible manufacturing system. 986-993
  
• Phillip A. Farrington, Bernard J. Schroer, James J. Swain, Yuncheng Feng:
  Simulators as a tool for rapid manufacturing simulation. 994-1000
  
• Soemon Takakuwa:
  Precise modeling and analysis of large-scale AS/RS. 1001-1007
  
• Chen-Tsau Chris Ying, Gordon M. Clark:
  Order release planning in a job shop using a bi-directional simulation algorithm. 1008-1012
  
• Mark A. Flower, Michael C. Cheselka:
  The AMP-AKZO company's simulation-based finite capacity scheduling system. 1013-1019
  
• Mahesh Mathur:
  Inventory cost model for "Just-In-Time" production. 1020-1026
  
• Kambiz Farahmand, Brian L. Heemsbergen:
  Floor inventory tracking of a Kanban production system. 1027-1034
  
• Michael J. Drevna:
  Assessment of alternative inventory methodologies for high-volume production systems. 1035-1039
  
• Edward J. Williams:
  Downtime data - its collection, analysis, and importance. 1040-1043
  
• Ina Ehrhardt, Henry Herper, Hansjürgen Gebhardt:
  Modelling strain of manual work in manufacturing systems. 1044-1049
  
• L. Leslie Gardner, Mary E. Grant, Laurie J. Rolston:
  Using simulation to benchmark traditional vs. activity-based costing in product mix decisions. 1050-1057
  
• Steven L. Jaynes, John O. Hoffman:
  Discrete event simulation for quick service restaurant traffic analysis. 1061-1066
  
• Mark Godward, William Swart:
  An object oriented simulation model for determining labor requirements at Taco Bell. 1067-1073
  
• Jerry Banks, Felipe Quintanilla:
  Opportunities for simulation in amusement parks. 1074-1078
  
• Paul T. R. Wang, Karl E. Wunderlich:
  A framework for generic modular ATMS/ATIS support in IVHS traffic simulation. 1079-1083
  
• Peter Lorenz, Thomas Schulze, Thomas J. Schriber:
  The design, implementation, application and comparison of two highly automated traffic simulators. 1084-1092
  
• Susan L. Mabry, Jean-Luc Gaudiot:
  Distributed parallel object-oriented environment for traffic simulation (POETS). 1093-1100
  
• Mark D. Heileman, José A. Sepúlveda:
  Cargo transfer and return vehicle and personnel launch system launch processing model. 1101-1108
  
• Peng-Hong Koh, Jimmy L. K. Goh, Hak-Soon Ng, Hwei-Chiat Ng:
  Using simulation to preview plans of a container port operations. 1109-1115
  
• John Danko, Victor Gulewicz:
  Insight through innovation: a dynamic approach to demand based toll plaza lane staffing. 1116-1123
  
• Jingsheng Shi, Simaan M. AbouRizk:
  A resource based simulation approach with application in earthmoving/strip mining. 1124-1129
  
• Rong-Yau Huang, Alexandros M. Grigoriadis, Daniel W. Halpin:
  Simulation of cable-stayed bridges using disco. 1130-1136
  
• Jorge A. Vanegas, Augusto Op den Bosch:
  Using simulation and visualization technologies to strengthen the design/construction interface. 1137-1144
  
• Iris D. Tommelein, Robert I. Carr, Abdalla M. Odeh:
  Knowledge-based assembly of simulation networks using construction designs, plans, and methods. 1145-1152
  
• Anil Sawhney, Simaan M. AbouRizk:
  AP³ - advanced project planning paradigm for construction. 1153-1158
  
• Julio C. Martínez, Photios G. Ioannou:
  General purpose simulation with stroboscope. 1159-1166
  
• K. D. Boomer, R. S. Wittman, M. A. Duffy, C. M. Watson:
  Hanford tank waste remediation system overview: a dynamic simulation model. 1167-1173
  
• Frank R. Hand, Gerald W. Barr:
  Tru waste system models. 1174-1179
  
• Steven R. Shaver, Lorna L. Armacost, Heidi S. Konynenbelt, Robert R. Wehrman:
  Hanford solid waste management system simulation. 1180-1185
  
• Peter Hoefer, Christian N. Madu, Elias Dagher, Stephen V. Davis, John M. Donnelly:
  Simulating one dimension of safety and operational efficiency at a nuclear power plant. 1186-1189
  
• Terry L. Ross, Dale A. King, Mark L. Wilkins, Mary F. Forward:
  Predicting environmental restoration activities through static simulation. 1190-1197
  
• William Lehr, Donna Calhoun, Robert Jones, Andrzej Lewandowski, Roy Overstreet:
  Model sensitivity analysis in environmental emergency management: a case study in oil spill modeling. 1198-1205
  
• R. Bhaskar, Ho Soo Lee, Anthony Levas, Raja Pétrakian, Flora Tsai, Bill Tulskie:
  Analyzing and re-engineering business processes using simulation. 1206-1213
  
• David Bridgeland, Steven Becker:
  Simulation satyagraha, a successful strategy for business process reengineering. 1214-1220
  
• Robert M. Shapiro:
  Integrating BPR with image-based work flow. 1221-1228
  
• Michael L. Weigel:
  A railroad intermodal capacity model. 1229-1232
  
• Thomas Sarosky, Terry Wilcox:
  Simulation of a railroad intermodal terminal. 1233-1238
  
• Sabah U. Randhawa:
  Integrating simulation and optimization: an application in fish processing industry. 1241-1247
  
• Yasser Dessouky, Gregg Maggioli, Dave Szeflin:
  A simulation approach to capacity expansion for the pistachio hulling process. 1248-1255
  
• Conrado M. Gempesaw II, Fe Zinnia Albay, J. Richard Bacon, Jeff Corman, Shankar Narayanan:
  The use of simulation in evaluating international competitiveness in broiler production. 1256-1263
  
• Markus Rümekasten:
  Simulation of heterogeneous networks. 1264-1271
  
• Toshio Komatsu, Hirofumi Wakayama, Junro Nose:
  Modeling description in the INSYDE simulator for evaluating large-scale computer system performance. 1272-1279
  
• Ji Shen, Shahla Butler:
  Performance modeling study of a client/server system architecture. 1280-1287
  
• F. Bradley Armstrong, Barbara W. Mazziotti, Kenneth A. Powell Jr.:
  Focused analysis and training environments. 1288-1295
  
• Barbara W. Mazziotti, F. Bradley Armstrong:
  Creating a focused application simulator with flexible decision making capabilities. 1296-1303
  
• D. Michelle Benjamin, Barbara W. Mazziotti, F. Bradley Armstrong:
  Issues and requirements for building a generic animation. 1304-1310
  
• Paul J. Sanchez, Frank Chance, Kevin J. Healy, James O. Henriksen, W. David Kelton, Stephen G. Vincent:
  Simulation statistical software: an introspective appraisal. 1311-1315
  
• Sandra Cheung, Margaret L. Loper:
  Synchronizing simulations in distributed interactive simulation. 1316-1323
  
• Rajive Bagrodia:
  Language support for parallel discrete-event simulations. 1324-1331
  
• Samir Ranjan Das, Richard Fujimoto, Kiran S. Panesar, Don Allison, Maria Hybinette:
  GTW: a time warp system for shared memory multiprocessors. 1332-1339
  
• Robert Rönngren, Rassul Ayani:
  Service oriented scheduling in Time Warp. 1340-1346
  
• Phillip M. Dickens, Philip Heidelberger, David M. Nicol:
  Timing simulation of paragon codes using workstation clusters. 1347-1353
  
• Rajive Bagrodia, Zheng Li, Vikas Jha, Yuan Chen, Jason Cong:
  Parallel logic level simulation of VLSI circuits. 1354-1361
  
• John T. Douglass, Brian A. Malloy:
  Using a shot clock to design an efficient parallel distributed simulation. 1362-1369
  
• Subhas C. Roy:
  Massively parallel SIMD simulation of discrete time stochastic Petri nets. 1370-1377
  
• Sheldon H. Jacobson, Douglas J. Morrice, David H. Withers, Enver Yücesan, W. David Kelton:
  Teaching simulation: a panel discussion. 1378-1381
  
• Russell R. Barton, Lee Schruben, James C. Ford, David Hopkins, David Goldsman, Kevin J. Healy:
  USMED: broadening the impact of simulation analysis methodology (panel). 1382-1386
  
• Phillip A. Farrington, Sherri L. Messimer, Bernard J. Schroer:
  Simulation and undergraduate engineering education: the technology reinvestment project(TRP). 1387-1393
  
• Ray J. Paul, Vlatka Hlupic:
  Designing and managing a masters degree course in simulation modelling. 1394-1398
  
• Julika Siemer, Marios C. Angelides:
  Embedding an intelligent tutoring system in a business gaming-simulation environment. 1399-1406
  
• Sima Parisay, Behrokh Khoshnevis:
  Automatic instance generation using simulation for inductive learning. 1409-1412
  
• Edward F. Mykytka, Chun-Yuan Cheng:
  Generating correlated random variates based on an analogy between correlation and force. 1413-1416
  
• Roger McHaney:
  Determination of a dependent variable in the measurement of discrete event computer simulation success. 1417-1419
  
• Mary C. Court, Jorge Haddock:
  A new output analysis approach for systems experiencing disruptions. 1420-1423
  
• Lotfi K. Gaafar, Tariq A. Aldowaisan:
  Fitting a mixture-based response surface using computer simulation. 1424-1427
  
• Todd Hunter:
  Simulation model evolution: a strategic tool for model planning. 1428-1430
  
• Mary L. Bailey, Shane Walker:
  Towards "on the fly" performance models for conservative asynchronous protocols. 1431-1434
  
• Hideo Imanaka, Hiroyuki Satou, Noriyuki Ikeuchi:
  A simulation system for evaluating customer service operations in telephone companies. 1435-1438
  
• John Seydel:
  Simulation model for competitive bidding in construction. 1439-1442
  
• Erik H. Kjeldsen:
  Optimizing satellite communications access with simulation. 1443-1446
  
• Anindya Biswas, Navdeep S. Grewal, Bill Jamaldin, Suraj M. Alexander:
  Productivity enhancement through simulation and queuing network analysis. 1447-1450
  
• Kang Peng, Po-Wen Cheng, On-Ching Yue:
  Network operations processes planning. 1451-1454
  
• Richard M. Ingle, Bryan D. Williams, Nazemeh Sobhi:
  An advanced traffic management system simulator for intelligent vehicle-highway systems research. 1455-1460
  
• Stacy D. Hill, Michael C. Fu:
  Simulation optimization via simultaneous perturbation stochastic approximation. 1461-1464
  

Last update Tue Feb 14 04:13:23 2012 CET by the DBLP Team — Data released under the ODC-BY 1.0 license — See also our legal information page