Table of Contents

• Simulation should be easy and fun!John David Salt. 1-5 [doi]
• Introduction to simulationThomas J. Gogg, Jack R. A. Mott. 9-17 [doi]
• Modeling and simulation worldviewsJohn S. Carson II. 18-23 [doi]
• Software for simulationJerry Banks. 24-33 [doi]
• Selecting input models and random variate generationRussell C. H. Cheng. 34-40 [doi]
• Statistical analysis of output processesJohn M. Charnes. 41-49 [doi]
• The philosophy of science and validation in simulationGeorge B. Kleindorfer, Ram Geneshan. 50-57 [doi]
• Guidelines for simulation project successKenneth J. Musselman. 58-64 [doi]
• Selling simulation and simulation resultsRandall P. Sadowski. 65-68 [doi]
• Design of simulation experiments with manufacturing applicationsPhillip A. Farrington, James J. Swain. 69-75 [doi]
• Building object-oriented simulations with C++Jeffrey A. Joines, Stephen D. Roberts, Kenneth A. Powell Jr.. 79-88 [doi]
• Advanced simulation output analysis for a single systemChristos Alexopoulos. 89-96 [doi]
• Gradient/sensitivity estimation in discrete-event simulationStephen G. Strickland. 97-105 [doi]
• Parallel and distributed discrete event simulation: algorithms and applicationsRichard M. Fujimoto. 106-114 [doi]
• Response surface methodology and its application in simulationSarah J. Hood, Peter D. Welch. 115-122 [doi]
• Activity cycle diagrams and the three-phase methodRay J. Paul. 123-131 [doi]
• Hierarchical relation in simulation modelsJoel J. Luna. 132-137 [doi]
• Simulation of communications networksAverill M. Law, Michael G. McComas. 138-142 [doi]
• Recent advances in the modeling, scheduling and control of flexible automationWayne J. Davis, Duane L. Setterdahl, Joseph G. Macro, Victor Izokaitis, Bradley Bauman. 143-155 [doi]
• Manufacturing decision making with FACTORWilliam R. Lilegdon. 159-164 [doi]
• Industrial strength simulation using GPSS/HDouglas S. Smith, Robert C. Crain. 165-171 [doi]
• PROOF animation: better animation for your simulationNancy J. Earle, James O. Henriksen. 172-178 [doi]
• Introduction to SLAM-II and SLAMSYSTEMJean J. O Reilly. 179-183 [doi]
• ProModel tutorialCharles R. Harrell, Jeffrey J. Leavy. 184-189 [doi]
• Introduction to SIMAN/CinemaMark A. Glavach, David T. Sturrock. 190-192 [doi]
• Perspectives on simulation using GPSSThomas J. Schriber. 193-198 [doi]
• UniFit II: total support for simulation input modelingStephen G. Vincent, Averill M. Law. 199-204 [doi]
• Introduction to ArenaNorene Collins, Christine M. Watson. 205-212 [doi]
• Simulation analysis using SIMSTAT 2.0Warren E. Blaisdell, Jorge Haddock. 213-217 [doi]
• Fundamentals of simulation using Micro SaintLori Hood, K. Ronald Laughery Jr., Susan Dahl. 218-222 [doi]
• SIMSCRIPT II.5 and SIMGRAPHICS tutorialEdward C. Russell. 223-227 [doi]
• A tutorial for modeling with WITNESS visual interactive simulatorW. Bruce Thompson. 228-232 [doi]
• SIMOBJECT: from rapid prototype to finished model-a breakthrough in graphical model buildingJohn G. Goble. 233-236 [doi]
• COMNET III: object-oriented network performance predictionRobb Mills. 237-239 [doi]
• Extend: a library-based, hierarchical, multi-domain modeling systemRobert Diamond. 240-248 [doi]
• AutoModVan B. Norman, Kenneth D. Farnsworth. 249-254 [doi]
• Simulation-based capacity planning and scheduling with AutoSchedMichael B. Thompson. 255-262 [doi]
• SLX, the successor to GPSS/HJames O. Henriksen. 263-268 [doi]
• QUEST-queueing event simulation toolSamir K. Mahajan, Scott K. Brewer, Christopher D. Bien. 269-275 [doi]
• Taylor II manufacturing simulation softwareD. W. Hillen, D. Werner. 276-280 [doi]
• AutoCAD-based industrial layout planning and material flow analysis in FactoryFLOW and PLANDavid P. Sly. 281-284 [doi]
• An interactive graphical modeling tool for performance and process simulationDennis S. Mok, Cynthia A. Funka-Lea. 285-293 [doi]
• The Research Queuing Package Modeling Environment (RESQME)Kow C. Chang, Robert F. Gordon, Paul G. Loewner, Edward A. MacNair. 294-302 [doi]
• Object-oriented simulation using model builderOlugbenga Mejabi. 303-307 [doi]
• Efficient estimation of the mean time between failures in non-regenerative dependability modelsPeter W. Glynn, Philip Heidelberger, Victor F. Nicola, Perwez Shahabuddin. 311-316 [doi]
• Simulation of rare queueing events by switching arrival and service ratesRussell C. H. Cheng, Louise Traylor, János Sztrik. 317-322 [doi]
• Parametric inference for generalized semi-Markov processesHalim Damerdji. 323-328 [doi]
• An application of perturbation analysis to a replacement problem in maintenance theoryMichael C. Fu, Jian-Qiang Hu, Leyuan Shi. 329-337 [doi]
• Two approaches for estimating the gradient in functional formPierre L Ecuyer. 338-346 [doi]
• The surrogate estimation approach for sensitivity analysis in queueing networksFelisa J. Vázquez-Abad, Harold J. Kushner. 347-355 [doi]
• A comparison of alternative input models for synthetic optimization problemsCharles H. Reilly. 356-364 [doi]
• Using univariate Bézier distributions to model simulation input processesMary Ann Flanigan Wagner, James R. Wilson. 365-373 [doi]
• Generation of autocorrelated random variables with a specified marginal distributionWheyming Tina Song, Li-Ching Hsiao. 374-377 [doi]
• Multinomial selection procedures for use in simulationsDaniel Adelman, David Goldsman, Paul F. Auclair, James J. Swain. 378-385 [doi]
• Simultaneous ranking, selection and multiple comparisons for simulationFrank J. Matejcik, Barry L. Nelson. 386-392 [doi]
• Optimization of dispatching criteria for open-pit truck haulage system design using multiple comparisons with the best and common random numbersBozo Kolonja, David R. Kalasky, Jan M. Mutmansky. 393-401 [doi]
• An information theoretic approach to computer simulation sensitivity analysisJohn W. Dalle Molle, Douglas J. Morrice. 402-407 [doi]
• Estimating service capacity using nonhomogeneous work arrivalsMichael P. Bailey. 408-413 [doi]
• Conjectured upper bounds on transient mean total waiting times in queuing networksFrank Chance. 414-421 [doi]
• Estimation of reliability and its derivatives for large time horizons in Markovian systemsPerwez Shahabuddin, Marvin K. Nakayama. 422-429 [doi]
• Parallel replicated simulation of Markov chains: implementation and variance reductionSimon Streltsov, Pirooz Vakili. 430-436 [doi]
• Optimal importance sampling for quick simulation of highly reliable Markovian systemsStephen G. Strickland. 437-444 [doi]
• Integrated variance reduction strategiesAthanassios N. Avramidis, James R. Wilson. 445-454 [doi]
• Combined correlation induction strategies for designed simulation experimentsChimyung Kwon, Jeffrey D. Tew. 455-465 [doi]
• Dynamic neighborhood bounding for Monte Carlo simulationJason S. Glazier, Salvatore J. Stolfo. 466-473 [doi]
• Weighted batch means and improvements in coverageDiane P. Bischak. 474-480 [doi]
• Asymptotic and finite-sample correlations between OBM estimatorsAntonio C. Pedrosa, Bruce W. Schmeiser. 481-488 [doi]
• An almost regenerative simulation of video teleconferencing trafficDavid M. Cohen, Daniel P. Heyman. 489-497 [doi]
• The threshold bootstrap: a new approach to simulation output analysisY. B. Kim, Thomas R. Willemain, Jorge Haddock, George C. Runger. 498-502 [doi]
• Uniform and bootstrap resampling of empirical distributionsRussell R. Barton, Lee W. Schruben. 503-508 [doi]
• Monte Carlo estimation for guaranteed-coverage nonnormal tolerance intervalsHuifen Chen, Bruce W. Schmeiser. 509-515 [doi]
• The object flow model for data-based simulationLois M. L. Delcambre, Lissa F. Pollacia. 519-525 [doi]
• Databases: designing and developing integrated simulation modeling environmentsMartha A. Centeno, Charles R. Standridge. 526-534 [doi]
• Applying active database models for simulationAloysius Cornelio, Shamkant B. Navathe. 535-543 [doi]
• Employing databases for large scale reuse of simulation modelsMartin Hitz, Hannes Werthner, Tuncer I. Ören. 544-551 [doi]
• The concept of views in simulationMargarita Rovira, David L. Spooner, Jorge Haddock. 552-559 [doi]
• A prototype implementation of a model management system for discrete-event simulation modelsMelanie L. Lenard. 560-568 [doi]
• Hierarchical modeling for discrete event simulation (panel)Robert G. Sargent, Joe H. Mize, David H. Withers, Bernard P. Zeigler. 569-572 [doi]
• DEVS formalism and methodology: unity of conception/diversity of applicationBernard P. Zeigler, Sankait Vahie. 573-579 [doi]
• Multimodeling as a unified modeling frameworkPaul A. Fishwick. 580-581 [doi]
• An environment for automatic system performance evaluationLien-Pharn Chien, Jerzy W. Rozenblit. 582-588 [doi]
• Parallel hybrid models in system designChien-Chung Shen, Rajive Bagrodia. 589-594 [doi]
• Visual modeling of DEVS-based multiformalism systems based on higraphsHerbert Praehofer, Dietmar Pree. 595-603 [doi]
• Representing and constructing system specifications using the system entity structure conceptsJerzy W. Rozenblit, Bernard P. Zeigler. 604-611 [doi]
• Graphic modeling using heterogeneous hierarchical modelsVictor T. Miller, Paul A. Fishwick. 612-617 [doi]
• GPSS*: a GPSS implementation with hierarchical modeling featuresThomas Behlau, Volkmar Hinz. 618-624 [doi]
• The validation of a multiprocessor simulatorBrian A. Malloy. 625-631 [doi]
• Tools for functional simulationAdrienne Bloss, Michael Keenan, Kimberly Johnson. 632-640 [doi]
• Complexity of simulation models: a graph theoretic approachLee W. Schruben, Enver Yücesan. 641-649 [doi]
• Hierarchical object nets-a methodology for graphical modeling of discrete event systemsCarsten Thomas. 650-656 [doi]
• The modeling methodology, model specifications and development of CASI: CASE/Architecture Simulation IntegrationArnold J. Almanzor, Paul R. Work. 657-661 [doi]
• Data-driven simulation of networks with manufacturing blockingGordon M. Clark, Charles R. Cash. 662-669 [doi]
• Object-oriented memory management in DEVSIM++Young C. Kim, Kyung S. Ham, Tag G. Kim. 670-673 [doi]
• Transparent implementation of conservative algorithms in parallel simulation languagesVikas Jha, Rajive L. Bagrodia. 677-686 [doi]
• Incremental state saving in SPEEDES using C++Jeff S. Steinman. 687-696 [doi]
• Automatic parallelization of discrete event simulation programsJya-Jang Tsai, Richard M. Fujimoto. 697-705 [doi]
• Exploiting lookahead in synchronous parallel simulationGregory D. Peterson, Roger D. Chamberlain. 706-712 [doi]
• Simulation of queuing systems on a highly parallel computer systemIsis D. Rosello, John Craig Comfort. 713-721 [doi]
• Process mobility in distributed-memory simulation systemsJanche Sang, Edward Mascarenhas, Vernon Rego. 722-730 [doi]
• The impact of adding aggressiveness to a non-aggressive windowing protocolPhillip M. Dickens, David M. Nicol, Paul F. Reynolds Jr., John Mark Duva. 731-739 [doi]
• Non-interfering GVT computation via asynchronous global reductionsSudhir Srinivasan, Paul F. Reynolds Jr.. 740-749 [doi]
• An external state management system for optimistic parallel simulationBrian Unger, John G. Cleary, Alan Covington, Darrin West. 750-755 [doi]
• A generalized hold modelChien-Chun Chou, Steven C. Bruell, Douglas W. Jones, Wen Zhang. 756-761 [doi]
• Simulating network traffic flows with a massively parallel computing architectureGang-Len Chang, Thanavat Junchaya. 762-770 [doi]
• Simulation of electronics manufacturing and assembly operations: a surveyAli S. Kiran, Celal Kaplan, A. Tamer Unal. 773-779 [doi]
• Factory improvement programs breaking the impasseRoy Henderson. 780-784 [doi]
• An integrated modeling methodology for material handling systems designGajanana Nadoli, Madhav Rangaswami. 785-789 [doi]
• Subsystem decomposition in simulation of a PCB assembly lineM. Eric Johnson, Joakim Kalvenes. 790-795 [doi]
• Simulation software for surface mount assemblyThomas M. Tirpak. 796-803 [doi]
• Precise and flexible modeling for semiconductor wafer fabricationShinji Nakamura, Chisato Hashimoto, Osamu Mori. 804-813 [doi]
• The simulation of integrated tool performance in semiconductor manufacturingJohn L. Mauer, Roland E. A. Schelasin. 814-818 [doi]
• Modeling just-in-time production systems: a critical reviewCharles Corbett, Enver Yücesan. 819-828 [doi]
• Exploration of a minimum tardiness dispatching priority for a flexible manufacturing system-a combined simulation/optimization approachSusumu Morito, Keun Hyung Lee, Kiyohisa Mizoguchi, Hiroshi Awane. 829-837 [doi]
• Kanban simulator using SIMAN and Lotus 1-2-3Marvin S. Seppanen. 838-844 [doi]
• Modeling beverage processing using discrete event simulationCharles R. Harrell. 845-850 [doi]
• Design and cost-effectiveness analysis of large-scale AS/RS-AGV systemsSoemon Takakuwa. 851-856 [doi]
• Generalization of an AS/RS model in SIMAN/CIMENAAli K. Gunal, Eric S. Grajo, David Blanck. 857-865 [doi]
• Simulation for real-time decision making in manufacturing systemsPaul Rogers, Rosalee J. Gordon. 866-874 [doi]
• Automatic model initialization for real-time decision supportLotfi K. Gaafar, Javeed Shaik. 875-881 [doi]
• Virtual reality for manufacturing simulationKaren C. Jones, Marc W. Cygnus, Richard Lee Storch, Kenneth D. Farnsworth. 882-887 [doi]
• Exception management on a shop floor using online simulationDavid Katz, S. Manivannan. 888-896 [doi]
• A flexible assembly global control simulationThomas Ernst, Avetik P. Matevosian. 897-903 [doi]
• Simulation of a plant-wide inventory pull systemBrian L. Slobodow. 904-907 [doi]
• A simulation of synchronous manufacturing at a naval aviation depotV. Daniel R. Guide Jr.. 908-915 [doi]
• A forum on crucial issues in the simulation of manufacturing systemsAverill M. Law, John S. Carson II, Jerry G. Fox, Stephen K. Halladin, Kenneth J. Musselman, Onur M. Ülgen. 916-922 [doi]
• Modeling and control of deadlocks in a flexible machining cellKelwyn A. D Souza, Zbigniew A. Banaszak, Robert Wójcik. 923-929 [doi]
• Generating component release plans with backward simulationEdward F. Watson, Deborah J. Medeiros, Randall P. Sadowski. 930-938 [doi]
• Simulation-base finite capacity scheduling: a case studyMaureen T. Rosenwinkel, Paul Rogers. 939-946 [doi]
• Simulation practices in manufacturingVan B. Norman, Frank Gudan, Stephen K. Halladin, Jerry G. Fox, Kenneth Main, Hwa Sung Na, Cindy Schiess. 947-953 [doi]
• Defense modeling and simulation office: defining the infrastructureRobert J. Smillie. 957-961 [doi]
• Call-by-call simulator for telephone networksHarold M. Heggestad, Thomas Lam, James W. Forgie, Constance K. McElwain. 962-967 [doi]
• Modeling and simulation standards products and processesWilliam F. Flanigan Jr.. 968-970 [doi]
• Joint data base elements for modeling and simulationJames L. Cole, Peter Valentine. 971-976 [doi]
• Modeling coalition warfare: a multi-sided simulation designKevin Brandt, Ellen Roland. 977-983 [doi]
• The joint modeling and simulation system: a common modeling architecture for the DoDDavid R. Russell, William K. McQuay. 984-988 [doi]
• Physics-based, high-fidelity simulation: strategic scene generation modelHarry M. Heckathorn, Frederick Wieland. 989-995 [doi]
• Seamless simulation: mixing live and virtual simulationsCharles D. Burdick. 996-1002 [doi]
• Families of models that cross levels of resolution: issues for design, calibration and managementPaul K. Davis, Richard Hillestad. 1003-1012 [doi]
• An activity model for standards process for the Distributed Interactive Simulation (DIS)Chien Huo. 1013-1020 [doi]
• The close combat tactical trainer programWilliam R. Johnson, Thomas W. Mastaglio, Paul D. Peterson. 1021-1029 [doi]
• A demonstration of undersea warfare technologies in a high fidelity simulation on the Defense Simulation InternetJoseph S. Lombardo. 1030-1035 [doi]
• Training utility of multiship air combat simulationHerbert H. Bell, Peter M. Crane. 1036-1042 [doi]
• The integrated unit simulation system: quantifying individual and small unit mission effectiveness on the battlefield of the futureVictor E. Middleton, John O Keefe IV. 1043-1047 [doi]
• Virtual reality and analytical simulation of the soldierVictor E. Middleton, Robert T. McIntyre III, John O Keefe IV. 1048-1052 [doi]
• The Corps Battle Simulation for military trainingSherry Mertens. 1053-1056 [doi]
• Semi-automated forces for Corps Battle SimulationErann Gat, Joe Fearey, Joe Provenzano. 1057-1062 [doi]
• COAST: the controller s assistantWilliam H. Duquette. 1063-1067 [doi]
• ALSP-theory, experience, and future directionsRichard M. Weatherly, Annette L. Wilson, Sean P. Griffin. 1068-1072 [doi]
• Joining a distributed simulation enivronment via ALSPLydia P. Dubon. 1073-1076 [doi]
• Naval modeling and simulation verification, validation, and accreditationDale K. Pace. 1077-1080 [doi]
• Animation: what s essential for effective communication of military simulation model operation?Michael L. Carpenter, Kenneth W. Bauer Jr., Thomas F. Schuppe, Michael A. Vidulich. 1081-1088 [doi]
• The use of simulation to evaluate strategic aeromedical evacuation policy and planningCharles W. Wolfe Jr., Edward F. Mykytka, John J. Borsi, Thomas F. Schuppe. 1089-1097 [doi]
• Testing, evaluating, and enhancing NATO tactical communications schemesMichael P. Bailey, M. Dorko, William G. Kemple, R. Schultz, Michael G. Sovereign. 1098-1105 [doi]
• A structured definition of the modeling processBrian D. Withers, A. Alan B. Pritsker, David H. Withers. 1109-1117 [doi]
• Artificial intelligence and computer simulation: not such strange bedfellowsRoger McHaney. 1118-1121 [doi]
• Work flow analysisValerio O. Pinci, Robert M. Shapiro. 1122-1130 [doi]
• The use of event graphs in simulation modeling instructionKevin J. Healy. 1131-1134 [doi]
• Applications of discrete and combined modeling to global simulationA. Ben Clymer. 1135-1137 [doi]
• A multi-bus interconnection modelBaruch Halachmi. 1138-1142 [doi]
• Simulation in support of software developmentDarby F. McBeath, William S. Keezer. 1143-1151 [doi]
• The telecom framework: a simulation environment for telecommunicationsBrian Unger, Greg Lomow. 1152-1160 [doi]
• A simulation model for assessing network capacityAnkur R. Hajare, Daniel T. Wick. 1161-1169 [doi]
• A generic simulation model that reflects the flexibility of an automated system for pharmaceutical and chemical laboratory testingMark K. Brazier, Christopher C. Bogan. 1170-1176 [doi]
• Using symbolic modeling in business re-engineeringW. Joseph Cochran, Susan A. King. 1177-1184 [doi]
• Using simulation as a tool for business process innovationM. Thomas Jones Jr., Robert Elliott, David Z. Ball, Gerald F. Hein. 1185-1191 [doi]
• Assessment of ways of improving the supply continuity in electric power systems-a simulation approachPaul J. Nolan, M. E. J. O Kelly, C. Fahy. 1192-1200 [doi]
• X-Windows simulation of steam power plants based on physics principlesJose M. Giron-Sierra, Juan Antonio Gómez Pulido, Bonifacio Andres-Toro. 1201-1206 [doi]
• Multi-hospital validation of critical care simulation modelJulie C. Lowery. 1207-1215 [doi]
• Simulation modeling of prehospital trauma careRobert L. Wears, Charles N. Winton. 1216-1224 [doi]
• Distributed/parallel traffic simulation for IVHS applicationsPaul T. R. Wang, William P. Niedringhaus. 1225-1230 [doi]
• A simulation-based analysis of parking system performanceSabah U. Randhawa, Stephen J. White, Sheikh Burhanuddin. 1231-1238 [doi]
• Simulation of streetcar and bus trafficThomas Schulze. 1239-1243 [doi]
• Evaluation of probation/parole scheduling via simulationSarah Allen, Rebecca D. Goodman, Marcy Podkopacz, W. David Kelton, Aarti Shanker. 1244-1249 [doi]
• Simulation of traffic flow during emergency evacuations: a microcomputer based modeling systemAjay K. Rathi, Rajendra S. Solanki. 1250-1258 [doi]
• Legal expert systems as simulation toolsIvan Futó, Jozsef Varkonyi. 1259-1263 [doi]
• Discrete-event simulation for corporate financial planningIngolf Ståhl. 1264-1269 [doi]
• Implementing logistical control rules using simulation gamingR. B. Beadle. 1270-1273 [doi]
• Waterfront capacity-planning simulationsWilliam Heath. 1274-1280 [doi]
• Towards a framework for integrating intelligent tutoring systems and gaming-simulationMarios C. Angelides, Ray J. Paul. 1281-1289 [doi]
• General purpose enterprise simulation with masterWilli Bernhard, Marco C. Bettoni. 1290-1295 [doi]
• Towards a computer aided simulation model engineering (CASME) environmentJoel J. Luna. 1296-1303 [doi]
• Domain-based on-line simulation for real-time decision supportMurali Krishnamurthi, Suresh Vasudevan. 1304-1312 [doi]
• Multi-media software for teaching discrete event simulationRuth Davies, Mark Elder. 1313-1318 [doi]
• CEMPS: a configurable evacuation management and planning system-a progress reportMichael Pidd, F. N. de Silva, Richard W. Eglese. 1319-1323 [doi]
• Simulation modeling of an automated system for electrostatic powder coatingVlatka Hlupic, Ray J. Paul. 1324-1329 [doi]
• Applications of the TES modeling methodologyBenjamin Melamed, Jon R. Hill. 1330-1338 [doi]
• Monitoring: manufacturing system behavior by continuous discrete-event simulationMichel Fabre, Daniel Leblanc. 1339-1346 [doi]
• System design and evaluation using discrete event simulation with artificial intelligenceJohn R. Clymer. 1347-1356 [doi]
• Optimal telephone line allocation of voice ads systemMatthias Busch, JingXiang He, Timothy Hill. 1359-1360 [doi]
• Parallel event processing for circuit-switched telecommunication network simulationHaruhisa Hasegawa, Akiya Inoue. 1361-1362 [doi]
• Simulation based performance analysis of an intelligent robotic system control architecturePieter A. Voss, Jorge Haddock. 1363-1364 [doi]
• Cost effective weapon system development through integrated modeling and hardware testingLarry H. Johnson, Charles M. Crocker Jr.. 1365-1367 [doi]
• Scheduling policies for a computing systemMary A. Johnson, Udatta S. Palekar, Yi Zhang. 1368-1369 [doi]
• Application of Signal Processing Work System simulation to interference analysisZ. Graber, M. Williams, J. Correia, S. Smith, Y. Gonzalez. 1370-1371 [doi]
• A simulation model for analysis of long term natural gas commitmentStephen L. Conner, Jim Lee, Christian Okoye. 1372-1373 [doi]
• Simulation modeling-a first-time modeler s experienceWilliam A. Stout Jr.. 1374-1375 [doi]
• A methodology for factor screening for multiple response computer simulation modelsLori S. Cook. 1376-1377 [doi]
• Autonomy: simulation s next eventsRalph V. Rogers. 1378-1379 [doi]
• Modeling of DoD 25-khz UHF DAMA satellite networksBradley Gaspard. 1380-1381 [doi]
• Interfaced variance estimatorsDemet Ceylan, Bruce W. Schmeiser. 1382-1383 [doi]
• Simulation instruction-corporate vs. campusEdward J. Williams. 1384-1387 [doi]
• Simulation of information flow in organizationsDouglas W. Jones. 1388-1389 [doi]
• Sim Engine: an integrated spreadsheet based simulation modelling and analysis systemDonald H. Newton, Michael W. Golway. 1390-1391 [doi]
• Teaching production line balancing with an interactive, simulation-based training systemBarbara W. Mazziotti, F. Bradley Armstrong, Kenneth A. Powell Jr.. 1392-1393 [doi]
• Monte Carlo estimation of Bayesian robustnessJin Wang, Bruce W. Schmeiser. 1394-1395 [doi]
• U.S. flue-cured tobacco industry computer simulation of alternative marketing systemsDarrell W. Donahue, Robert S. Sowell, Neal M. Bengston. 1396-1397 [doi]