Table of Contents

• Simulation: pushing a dead mouse through a maze?John A. White. 1-3 [doi]
• Introduction to simulationWilliam E. Biles. 7-15 [doi]
• Models and artificial intelligenceRobert E. Shannon. 16-24 [doi]
• Discrete, continuous and combined simulationPaul F. Roth. 25-29 [doi]
• Modeling and generating input processesMark E. Johnson. 30-32 [doi]
• An overview of verification and validation of simulation modelsRobert G. Sargent. 33-39 [doi]
• Using simulation to solve problems: a tutorial on the analysis of simulation outputLee Schruben. 40-42 [doi]
• Variance reduction for simulation practitionersBarry L. Nelson. 43-51 [doi]
• Ranking and selection tutorial: 2-factor normal means proceduresDavid Goldsman. 52-57 [doi]
• Optimization in simulation: a survey of recent resultsMarc S. Meketon. 58-67 [doi]
• Applying the simulation processJerry Banks, John S. Carson II. 68-71 [doi]
• A "disposable" graphical event synthesizer for teaching simulation model buildingLee Schruben. 72-76 [doi]
• Implementing student projects in a simulation courseDonald L. Byrkett. 77-81 [doi]
• SLAM II tutorialJean J. O'Reilly, William R. Lilegdon. 85-92 [doi]
• Introduction to SIMANDeborah A. Davis, Claude Dennis Pegden. 93-101 [doi]
• SIMSCRIPT II.5 and simanimation, a tutorialEdward C. Russell. 102-111 [doi]
• Perspectives on simulation using GPSSThomas J. Schriber. 112-125 [doi]
• Simulation modeling and analysis with INSIGHT: a tutorialStephen D. Roberts. 126-135 [doi]
• The SIMPLE_1 simulation environmentPhilip Cobbin. 136-145 [doi]
• The Smalltalk simulation environment, part IIVerna E. Knapp. 146-151 [doi]
• Writing simulations from scratch: Pascal implementationsArne Thesen. 152-164 [doi]
• A process-oriented simulation package based on Modula-2Pierre L'Ecuyer, Nataly Giroux. 165-174 [doi]
• The flexible Ada simulation tool (FAST) and its extensionsMichael L. Samuels, James R. Spiegel. 175-184 [doi]
• Software reuse and simulationRichard M. Reese, Dana L. Wyatt. 185-192 [doi]
• Integrated software for manufacturing simulationKenneth D. Farnsworth, Van B. Norman, T. A. Norman. 195-201 [doi]
• Modeling asynchronous materials handling systems in XCELL+Richard W. Conway, William L. Maxwell. 202-206 [doi]
• Data collection with a portable microcomputerJames E. Wilkinson, Gary E. Whitehouse. 207-216 [doi]
• A tutorial on UNIFIT: an interactive package for fitting probability distributions to observed dataAverill M. Law, Stephen G. Vincent. 217-221 [doi]
• SIMNET simulation languageHamdy A. Taha. 222-229 [doi]
• STAR*CELL: a flexible manufacturing cell simulatorHarold J. Steudel, Taeho Park. 230-234 [doi]
• Scheduling manufacturing systems with FACTORDouglas G. MacFarland. 235-237 [doi]
• A tutorial on TESS(tm): the extended simulation support systemCharles R. Standridge, A. Alan B. Pritsker, Catherine W. Stein. 238-246 [doi]
• Network II.5 tutorialWilliam J. Garrison. 247-257 [doi]
• Factory simulation with animation: the no programming approachKen Tumay. 258-260 [doi]
• Animation design with CinemaRichard A. Kilgore, Kevin J. Healy. 261-268 [doi]
• Advanced features of GPSS/HRobert C. Crain, Daniel T. Brunner, James O. Henriksen. 269-275 [doi]
• The interactive graphics and antimation of GPSS/PCSpringer W. Cox. 276-285 [doi]
• Simulation of stationary time seriesDavid A. Burn. 289-294 [doi]
• Some methods for simulating random fieldsA. Larry Wright. 295-299 [doi]
• Marginally specific alternatives to normal ARMA processesLee S. Dewald, Peter A. W. Lewis, Ed McKenzie. 300-301 [doi]
• Multivariate inference in stationary simulation using batch meansDer-Fa Robert Chen, Andrew F. Seila. 302-304 [doi]
• On strong consistency of the variance estimatorHalim Damerdji. 305-308 [doi]
• Correlation among estimators of the variance of the sample meanBruce W. Schmeiser, Wheyming Tina Song. 309-317 [doi]
• A new initial bias deletion rulePeter W. Glynn, Donald L. Iglehart. 318-319 [doi]
• On the relationship between batch means, overlapping means and spectral estimationPeter D. Welch. 320-323 [doi]
• Control variate models for sensitivity estimates of repairable item systemsMohamed A. Ahmed, Donald Gross, Douglas R. Miller. 324-333 [doi]
• Estimation procedures based on control variates with known covariance matrixKenneth W. Bauer Jr., Sekhar Venkatraman, James R. Wilson. 334-341 [doi]
• Smarter control variables: regression-adjusted linear and nonlinear controlsPeter A. W. Lewis, Richard L. Ressler, R. Kevin Wood. 342-347 [doi]
• The Monte Carlo estimation fuction variationGeorge S. Fishman. 347-350 [doi]
• Measure specific dynamic importance sampling for availability simulationsAmbuj Goyal, Philip Heidelberger, Perwez Shahabuddin. 351-357 [doi]
• Simterpolations: estimating an entire queueing function from a single sample pathMartin I. Reiman, Burton Simon, J. Stanford Willie. 358-363 [doi]
• Future directions for frequency domain approachArnold H. Buss. 364-365 [doi]
• Likelilood ratio gradient estimation: an overviewPeter W. Glynn. 366-375 [doi]
• Pertubation analysis - theoretical, experimental, and implementational aspectsYu-Chi Ho. 376-377 [doi]
• Future directions in response surface methodology for simulationJames R. Wilson. 378-381 [doi]
• Application of a simulation optimization system for a continuous review inventory modelJorge Haddock, Gölgen Bengü. 382-390 [doi]
• Testing strategies for simulation optimizationRussell R. Barton. 391-401 [doi]
• Optimization of simulation responses in a multicomputing environmentWilliam E. Biles, H. Tamer Ozmen. 402-408 [doi]
• Metamodel estimation using integrated correlation methodsJeffrey D. Tew, James R. Wilson. 409-418 [doi]
• Frequency domain metamodelling of a feedback queueTapas K. Som, Robert G. Sargent, Lee W. Schruben. 419-423 [doi]
• A model for frequency domain experimentsPaul J. Sanchez, Arnold H. Buss. 424-427 [doi]
• Systems for Monte Carlo workDavid Alan Grier. 428-433 [doi]
• Control variates for quantile estimationJason C. Hsu, Barry L. Nelson. 434-444 [doi]
• Generalized zero-variance solutions and intelligent random numbersThomas E. Booth. 445-451 [doi]
• Simulation environment of the 1990's (panel)Voratas Kachitvichyanukul, James O. Henriksen, Richard E. Nance, Claude Dennis Pegden, Charles R. Standrige, Brian W. Unger. 455-460 [doi]
• What is visual interactive simulation? (and is there a methodology for doing it right?)Robert M. O'Keefe. 461-464 [doi]
• A visual progranmming approach to manufacturing modelingRobert F. Gordon, Edward A. MacNair, Kurtiss J. Gordon, James F. Kurose. 465-471 [doi]
• Animated graphics and computer simulationWilliam E. Biles, Susan T. Wilson. 472-477 [doi]
• Modelling styles and their support in the CASM environmentDavid W. Balmer. 478-485 [doi]
• DELAB - a simulation laboratoryMiron Livny. 486-494 [doi]
• Simulation support: prototyping the automation-based paradigmOsman Balci, Richard E. Nance. 495-502 [doi]
• TimeLock: a concurrent simulation technique and its description in Smalltalk-80Jean Bézivin. 503-506 [doi]
• Dependencies and graphical interfaces in object-oriented simulation languagesStephanie J. Cammarata, Barbara Gates, Jeff Rothenberg. 507-517 [doi]
• Object oriented performance models with knowledge-based diagnosticsMohsen Pazirandeh, Jeffrey Becker. 518-524 [doi]
• An intelligent modeling system for simulation manufacturing processesDonnie R. Ford, Bernard J. Schroer, Rodney S. Daughtrey. 525-529 [doi]
• The role of simulation in planningDavid P. Miller. 530-533 [doi]
• Automatic model synthesis: using automatic programming and expert systems techniques toward simulation modelingKaren J. Murray, Sallie V. Sheppard. 534-543 [doi]
• Implementing the product automation formalismFrederick J. Portier. 544-553 [doi]
• A new formalism for discrete event simulationAshvin Radiya, Robert G. Sargent. 554-558 [doi]
• The DEVS formalism: hierarchical, modular systems specification in an object oriented frameworkTag Gon Kim, Bernard P. Zeigler. 559-566 [doi]
• Model evolution II: an FMS design problemA. Alan B. Pritsker. 567-574 [doi]
• Alternatives for modeling of preemptive schedulingJames O. Henriksen. 575-581 [doi]
• Using graphs to translate between world viewsC. Michael Overstreet. 582-589 [doi]
• Exploring the forms of model diagnosis in a simulation support environmentRichard E. Nance, C. Michael Overstreet. 590-596 [doi]
• The control and transformation metric: toward the measurement of simulation model complexityJack C. Wallace. 597-603 [doi]
• Constraint-driven generation of model structuresJerzy W. Rozenblit, Yueh-Min Huang. 604-611 [doi]
• Optimal performance of distributed simulation programsSteven M. Swope, Richard M. Fujimoto. 612-617 [doi]
• Two implementations of a concurrent simulation environmentCarolyn Hughes, Usha Chandra, Sallie V. Sheppard. 618-623 [doi]
• Performance issues for distributed battlefield simulationsDavid M. Nicol. 624-628 [doi]
• Simulation of manufacturing systemsAverill M. Law, Michael G. McComas. 631-643 [doi]
• How to select and work with a consultant: a consultant's perspectiveRandall P. Sadowski. 644-648 [doi]
• Simulation, animation, and shop-floor controlCynthia Erikson, Antonie T. Vandenberge, Trevor I. Miles. 649-653 [doi]
• A simple simulation for schedulang in a flexible manufacturing systemSherry D. Frese. 654-658 [doi]
• Microcomputer manufacturer FMS simulationJames A. Chisman. 659-660 [doi]
• Modeling AGV systems using network constructsMichael W. Sale, Catherine W. Stein. 661-668 [doi]
• Development and validation of a systems macro model using isolated micro modelsDrazen Kostelski, John A. Buzacott, Kenneth N. McKay, Xiao-Gao Liu. 669-676 [doi]
• Modeling complex manufacturing systems using simulationBernard J. Schroer, Fan T. Tseng. 677-682 [doi]
• Modeling of a manufacturing cell using a graphical simulation system based on Smalltalk-80Timothy Thomasma, Onur M. Ülgen. 683-691 [doi]
• Analytical factors concerning the use of micro-mini storage devices as material management systemsPaul C. Caruso, Maged M. Dessouky. 692-696 [doi]
• Operations model for high-volume production lineRobert S. Hight, William A. Smith. 697-702 [doi]
• Automatic programming of AGVS simulation modelsMark K. Brazier, Robert E. Shannon. 703-708 [doi]
• Knowledge aquisition methods for expert scheduling systemsArne Thesen, Lei Lei, Yuehwern Yih. 709-714 [doi]
• A method for planning analysis and design simulation of CIM systemsKenneth R. Anderson. 715-720 [doi]
• Using analytical and simulation modeling for early factory prototypingJeanette G. Nymon. 721-724 [doi]
• Using mathematical programming and simulation to study FMS machine utilizationsThomas J. Schriber, Kathryn E. Stecke. 725-730 [doi]
• Manufacturing process analysis - tools and applicationsRichard J. Harper, Michael J. O'Loughlin. 731-737 [doi]
• Single run optimization of a SIMAN model for closed loop flexible assembly systemsRajan Suri, Ying Tat Leung. 738-748 [doi]
• Direct execution models of processor behavior and performanceRichard M. Fujimoto, William B. Campbell. 751-758 [doi]
• A simulation study of a parallel processor with unbalanced loadsWade H. Shaw Jr., Timothy S. Moore. 759-767 [doi]
• A simulation of dynamic task allocation in a distributed computer systemEd Andert. 768-776 [doi]
• Premises telecommunications network technological and financial modelingPeter Stanek, Jeffery H. Fenton. 777-780 [doi]
• A simulation model of public university financial resources for facultyJohn L. Ballard, Thomas W. Spilker. 787-788 [doi]
• Evaluating a price change limit rule in a simulated exchangeJonathan D. Stanley. 789-793 [doi]
• Modeling and analysis to two-echelon resource allocation strategy in packet switchesS. S. Liu, J. Wang, A. Hsu. 794-801 [doi]
• Simulation analysis of demand assigned multiple access (DAMA) algorithms used in satelite communications systemsHoward S. Tsai, Rudolph G. Regner. 802-808 [doi]
• Computer simulation of communications on the space station data management systemJonathan R. Agre, J. A. Clarke, M. W. Atkinson, I. H. Shahnawaz. 809-818 [doi]
• The geometrical design of signalised road traffic junctionsJanet E. Williams, Jeff D. Griffiths. 819-827 [doi]
• Using expert systems to select software the traffic analysisEdmond Chin-Ping Chang. 828-837 [doi]
• A simulation analysis of demand and fleet size effects on taxicab service ratesWilliam A. Bailey Jr., Thomas D. Clark Jr.. 838-844 [doi]
• A logistics application of simulation to determine distribution costs resulting from a forward warehouse operationEdmund W. Schuster. 845-852 [doi]
• Stockage policy cost simulation for DLA hazardous and nonhazardous shelf-life itemsRichard E. Baker, Arid Olsen, Janet Rider. 853-859 [doi]
• Object oriented simulation for the U.S Army graves registration serviceRichard Helfman, Mark H. Ralston, J. Robert Suckling. 860-869 [doi]
• Re-hosting a computer assisted wargame exercise from a mainframe to a micro: database and user-interface issuesMichael D. Brooks, Mark S. Kross, Mark A. Roth. 870-875 [doi]
• A battalion/brigade training simulationChet Childs, Thomas Lubaczewski. 876-885 [doi]
• Design of a joint operations planning simulatorJames R. Jansen, Mark A. Roth. 886-893 [doi]
• Simulation of continuous mail processingHamdy A. Taha, R. R. Ron Goforth, J. E. Bass. 894-899 [doi]
• Self-insurance by small scale cogenerators against the ratchet demand effectL. Jackson Turvaville, Margaret Hong Chen. 900-903 [doi]
• Delay PERTDonovan Young. 904-913 [doi]
• Impact points in patient flows through a radiology department provided through simulationKeith A. Klafehn. 914-918 [doi]
• Simulation of a hospital patient transportation systemBruce Pollack-Johnson. 919-924 [doi]
• A simulation approach to analysis of emergency services and trauma center managementThomas D. Clark Jr., Craig W. Waring. 925-931 [doi]
• The application of computer simulation in a flight vehicle CAD systemChunxi Wan. 932-935 [doi]
• Simulation of a local area network for a newspaper production systemJonathan R. Agre, I. H. Shahnawaz, M. W. Atkinson, D. Joshi, A. R. K. Sastry. 936-944 [doi]
• Simulation used to qualify nuclear waste glass for disposalPaul W. Reimus, William L. Kuhn. 945-953 [doi]
• Structured feedback: an approach to developing knowledge of a system during initial model developmentPatrick J. Starr, Thomas M. Keenan. 954-961 [doi]