Table of Contents

• Future directions in future directions in simulation modelingClaude Dennis Pegden. 1-35 [doi]
• Efficient generation of cycle time-throughput curves through simulation and metamodelingFeng Yang, Bruce E. Ankenman, Barry L. Nelson. 1 [doi]
• The role of simulation in spaceflight missionsNancy J. Currie. 1 [doi]
• Forty years of statistical design and analysis of simulation experiments (DASE)Jack P. C. Kleijnen. 1-17 [doi]
• A real-time knowledge-based decission support system for health care quality improvement using discrete event simulation techniquesAlexander Komashie, Ali Mousavi, Mustafa Özbayrak. 2 [doi]
• Tutorial on agent-based modeling and simulationCharles M. Macal, Michael J. North. 2-15 [doi]
• Scenario planning for simulation-based probabilistic risk assessmentHamed Nejad. 3 [doi]
• Optimal vehicle scheduling & layout for automated material handling systems (AMHS)Sangwon Chae. 4 [doi]
• A novel approach to studying cell communications signallingJasmina Panovska. 5 [doi]
• Estimation and model selection of the interest ratesPouyan Mashayekh Ahangarani. 6 [doi]
• Quasi-monte carlo simulation in a LIBOR market modelXuefeng Jiang, John R. Birge. 7 [doi]
• Convergence of strikes in variance and volatility swapsAshish Jain. 8 [doi]
• What value is Microsoft s .Net to discrete event simulations?Adelaide Carvalho, Michael Pidd. 9 [doi]
• Examining the actual benefits of distributed simulation for supply chain managementAlexey Artamonov. 10 [doi]
• Adaptive control variates for American option pricingSamuel Ehrlichman, Shane G. Henderson. 11 [doi]
• Using computer simulations in disaster preparedness exercises: a study of factors that influence learning and performance in a first responder agencyDaniel Joseph O Reilly. 12 [doi]
• Multi-hypothesis intention simulation based agent architecturePer M. Gustavsson. 13 [doi]
• An approach to near real-time dynamic distributed system control under uncertaintyKevin Adams. 14 [doi]
• Interchanging discrete event simulation process-interaction models using the web ontology language - OWLLee W. Lacy. 15 [doi]
• Analysis of production authorization card schemes using simulation and neural network metamodelsCorinne MacDonald, Eldon A. Gunn. 16 [doi]
• Introduction to modeling and simulationJohn S. Carson II. 16-23 [doi]
• The use of hyper-hidden markov models in wireless channel simulationAntonia Marie Boadi. 17 [doi]
• Simulation modeling of the level of use of e-health system and optimization of its effect on patient quality of lifeAbhik Bhattacharya, David H. Gustafson. 18 [doi]
• Selecting the best system and determining a set of feasible systemsDemet Batur. 19 [doi]
• The dynamics of multinational capital structure and macroeconomic conditionsSamuel Frimpong Boateng. 20 [doi]
• Forecasting the term structure of natural gas constant maturity futures using a seasonal principal components-based post-weighted monte carlo simulationElias A. Demetriades, Deborah Cernauskas. 21 [doi]
• Assesssing uncertainty in software reliability via quasi-monte carlo methodsHongmei Chi, Edward L. Jones. 22 [doi]
• Los Alamos communication network simulationStephan Eidenbenz. 23 [doi]
• How to build valid and credible simulation modelsAverill M. Law. 24-32 [doi]
• Automatic generation of simulation program by XML-prologRyo Fukuhara, Tomoharu Matsunaka, Kazutaka Kitamori. 24 [doi]
• Experiences from the annual 24-hour software engineering competition at University of Skövde: how to use simulation for detecting good software engineersPer M. Gustavsson, Anna Persson, Tomas Planstedt, Christoffer Brax, Madeleine Norstedt Larsson. 25 [doi]
• Telerobotic systems for restoration work in structured hazardous environmentsJimmy Huff, Silvanus J. Udoka. 26 [doi]
• Parallel VHDL simulationDavid M. Kunzman, Terry Wilmarth, Laxmikant V. Kalé. 27 [doi]
• Numerical calculation of electric fields with charge densities expressed using spline functionsYohei Miyazaki, Keiko Yukawa, Kazutaka Kitamori. 27 [doi]
• Simulation-optimization for transportation in a unified automated material handling systemsJairo Rafael Montoya Torres, Stéphane Dauzère-Pérès, Hélène Marian, Leon Vermariën. 29 [doi]
• Optimization of airport taxiways using fast time simulationJohn R. Podlena, Keith Joshi. 30 [doi]
• Methodology for hospital evacuation planningDesiree Steinmann, Matthew Johnson, Kevin M. Taaffe, Lindsay Becker. 31 [doi]
• Importance sampling with skew-normal distributionsTim B. Swartz. 32 [doi]
• How to leverage computer simulation in condition-based maintenanceErnest Yat-Kwan Wong. 33 [doi]
• Spreadsheet simulationAndrew F. Seila. 33-40 [doi]
• Predicting the effect of process time variability on annual production in a cell culture manufacturing facilityStephen Hall. 34 [doi]
• Target II: the first discrete event simulation of diabetes and its complicationsJ. Jaime Caro, Alexandra Ward, Jörgen Möller. 35 [doi]
• Scaling and using large pandemic agent-based modelsSteven Naron. 36 [doi]
• Simulating coated paper production and distributionGail Kenny, Tim Rech. 37 [doi]
• Evaluating increasing capacity of steel hot rolling line to 4.2 million ton per yearMehdi Ashrafi Nasrabadi, Soheil Mardani. 38 [doi]
• Assembly line simulation for a rear suspension cradleCharles Stuart. 39 [doi]
• The lean transformation in engine overhaulMark Orth, Franklin Young. 40 [doi]
• Introduction to modeling and generating probabilistic input processes for simulationEmily K. Lada, Mary Ann Flanigan Wagner, Natalie M. Steiger, James R. Wilson. 41-55 [doi]
• Business driven simulation of a postal letter sorting facility in Oslo, NorwayKnud Erik Wichmann, Niels Erik Larsen. 41 [doi]
• A simulation based approach to evaluating the impact of port operation improvements on the Pacific northwest rail networkAmy M. Brown, James T. Sawyer, Blair Garcia. 42 [doi]
• Simulation support for a new approach to multimodal transportation handlingMarkus Klug, Shabnam Michèle Tauböck, Helmut-Klaus Schimany, Dietmar Schratt, Günther Kaluza. 43 [doi]
• Using simulation to evaluate emerging transportation conceptsBeth C. Kulick. 44 [doi]
• Driving large call center simulations using OLAP data cubesPam Laney Markt. 45 [doi]
• Simulating a virtual customer service centerDaniel S. Riley. 46 [doi]
• Process management for federal agenciesEdward R. Stephan. 47 [doi]
• Probabilistic simulation analysis of risk potential in cost management programsIrina Warthen, Kris Arvind. 48 [doi]
• Simulation model for analyzing effects of employment tax incentive programsRobert Yerex. 49 [doi]
• Process simulation as a key to uncovering true organizational valueKris Arvind. 50 [doi]
• Using discrete-element simulation to evaluate laboratory instrumentation needsValerie G. Caryer Cook. 51 [doi]
• Validation of a time-of-supply inventory policy through simulationBenjamin Martin, James Francis. 52 [doi]
• Using monte carlo simulation to choose among alternative statistical definitionsDavid M. Northcutt. 53 [doi]
• Simulating customer ownership patterns for technology goods in the mature market phaseChris Robson. 54 [doi]
• When things go wrongDarrell W. Starks. 55 [doi]
• Temperature control for aerospace test systems - modeling, simulation and design case studyNagy Bengiamin, Allen Parker, Larry Hudson, Van Tran. 56 [doi]
• Tips for successful practice of simulationDeborah A. Sadowski. 56-61 [doi]
• The army s MARATHON modelMark W. Brantley, Steven A. Stoddard. 57 [doi]
• Big government software simulation projects for those who actually have to do itRalph R. Nebiker. 58 [doi]
• Modeling overloaded VoIP systemsMartin J. Fischer, Denise M. Bevilacqua Masi. 59 [doi]
• Agent based consumer choice model of broadband internet services incorporating geographical limitations of technologiesConrad Mark Fonseca. 60 [doi]
• Supercomputing interconnectsAnand Ganti, Thomas Tarman, Jason Wertz. 61 [doi]
• Debugging simulation modelsDavid Krahl. 62-68 [doi]
• Discrete event simulation & modeling of the transportation element within a supply chain (SC)Mansour Toloo. 62 [doi]
• Integrating simulation with corporate initiativesMalcolm Beaverstock. 63 [doi]
• How General Motors used simulators to save time and money creating value for our customersJames R. Ashby. 64 [doi]
• Implantation of gasoline stream simulation model in PETROBRAS refinery: problems, possibilities and resultsGuilherme De Aquino Barbosa, Marcelo Oliveira Souza, Ana Chan, Guilherme Julio Barbosa, Eliahu Rosenbaum, Cláudio Duarte Pinto Limoeiro, Mario Jorge Lima, Claudio Rodrigo Beal. 65 [doi]
• 300mm time constrained queue loop managementErik Hertzler, David Van Sickle. 66 [doi]
• Discrete event simulation in Sasol: petrochemical industryMarlize Meyer. 67 [doi]
• Wolverine Software CorpJames O. Henriksen. 68 [doi]
• Work smarter, not harder: guidelines for designing simulation experimentsSusan M. Sanchez. 69-82 [doi]
• Incontrol Enterprise Dynamics: FalconFred Jansma. 69 [doi]
• Incontrol Enterprise Dynamic: defense solutionsFred Jansma. 70 [doi]
• Flexsim Software Products IncD. Roger Hullinger. 71 [doi]
• CreateASoft Inc.: Simcad Pro 7.1Hosni Adra. 72 [doi]
• Micro analysis & design: Micro Saint SharpBen Archer. 73 [doi]
• Imagine That, Inc: extend overviewDavid Krahl. 74 [doi]
• Imagine That, Inc.: extend 7David Krahl. 75 [doi]
• Production Modeling CorpOnur M. Ülgen. 76 [doi]
• Decisioneering, Inc.: Crystal BallLucie Trepanier. 77 [doi]
• Visual8 Corporation: SIMUL8-PlannerKim Hindle. 78 [doi]
• Incontrol Enterprise Dynamics: ShowFlowStephen Webb. 79 [doi]
• Palisade CorporationAbigail Holley. 80 [doi]
• Rockwell Software: arena introductionVivek Bapat. 81 [doi]
• XJ technologies: AnyLogic 6Andrei Borshchev. 82 [doi]
• ProModel CorporationCarl Napoletano. 83 [doi]
• Simulation optimization: a review, new developments, and applicationsMichael C. Fu, Fred Glover, Jay April. 83-95 [doi]
• Automation Associates, Inc.: TMSRainer Dronzek. 84 [doi]
• Incontrol Enterprise Dynamics: airport/rail solutionsFred Jansma. 85 [doi]
• Incontrol Enterprise Dynamics: production/logistics solutionsFred Jansma. 86 [doi]
• Rockwell Software: arena advancedVivek Bapat. 87 [doi]
• Brooks AutomationBarbara Culhane. 88 [doi]
• The optimizing-simulator: merging simulation and optimization using approximate dynamic programmingWarren B. Powell. 96-109 [doi]
• Fast random number generators based on linear recurrences modulo 2: overview and comparisonPierre L Ecuyer, François Panneton. 110-119 [doi]
• Should we model dependence and nonstationarity, and if so how?Shane G. Henderson. 120-129 [doi]
• Verification and validation of simulation modelsRobert G. Sargent. 130-143 [doi]
• Modeling and simulation of call centersAthanassios N. Avramidis, Pierre L Ecuyer. 144-152 [doi]
• Advanced concepts in large-scale network simulationDavid M. Nicol, Michael Liljenstam, Jason Liu. 153-166 [doi]
• Inside discrete-event simulation software: how it works and why it mattersThomas J. Schriber, Daniel T. Brunner. 167-177 [doi]
• Statistical selection of the best systemDavid Goldsman, Seong-Hee Kim, Barry L. Nelson. 178-187 [doi]
• Review of advanced methods for simulation output analysisChristos Alexopoulos, Seong-Hee Kim. 188-201 [doi]
• Kriging metamodeling in discrete-event simulation: an overviewWim C. M. Van Beers. 202-208 [doi]
• Issues in development of simultaneous forward-inverse metamodelsRussell R. Barton. 209-217 [doi]
• International collaborations in web-based simulation: a focus on experimental design and optimizationWilliam E. Biles, Jack P. C. Kleijnen. 218-222 [doi]
• A two-phase screening procedure for simulation experimentsSusan M. Sanchez, Hong Wan, Thomas W. Lucas. 223-230 [doi]
• Multiple predictor smoothing methods for sensitivity analysisCurtis B. Storlie, Jon C. Helton. 231-239 [doi]
• Bootstrapping simultaneous confidence bandsRussell C. H. Cheng. 240-247 [doi]
• A hybrid agent-cellular space modeling approach for fire spread and suppression simulationXiaolin Hu, Alexandre Muzy, Lewis Ntaimo. 248-255 [doi]
• Hybrid discrete event simulation with model predictive control for semiconductor supply-chain manufacturingHessam S. Sarjoughian, Dongping Huang, Gary W. Godding, Karl G. Kempf, Wenlin Wang, Daniel E. Rivera, Hans D. Mittelmann. 256-266 [doi]
• Constructing multi-point discrete event integration schemesJames J. Nutaro. 267-273 [doi]
• Simulation and or (operations research) in combination for practical optimizationNico M. van Dijk, Erik van der Sluis, René Haijema, Assil Al-Ibrahim, Jan van der Wal. 274-284 [doi]
• Simulation data mining: a new form of computer simulation outputThomas F. Brady, Edward Yellig. 285-289 [doi]
• Sequential design and rational metamodellingWouter Hendrickx, Tom Dhaene. 290-298 [doi]
• Flight scheduling at KLMPeter H. M. Jacobs, Alexander Verbraeck, Jeroen B. P. Mulder. 299-306 [doi]
• Introducing a UML model for faster-than-real-time simulationDimosthenis Anagnostopoulos, Georgios-Dimitrios Kapos, Vassilis Dalakas, Mara Nikolaidou. 307-316 [doi]
• Discrete event systems specification in systems biology - a discussion of stochastic pi calculus and DEVSAdelinde Uhrmacher, Corrado Priami. 317-326 [doi]
• A framework for configurable hierarchical simulation in a multiple-user decision support environmentWenlong Zhao, Alexander Verbraeck. 327-335 [doi]
• RMIS: middleware for transparent object-oriented modeling in multi-simulator systemsNiels A. Lang, Peter H. M. Jacobs, Alexander Verbraeck. 336-345 [doi]
• DSIM: scaling time warp to 1, 033 processorsGilbert Chen, Boleslaw K. Szymanski. 346-355 [doi]
• Performance prediction of large-scale parallel discrete event models of physical systemsKalyan S. Perumalla, Richard M. Fujimoto, Prashant J. Thakare, Santosh Pande, Homa Karimabadi, Yuri Omelchenko, Jonathan Driscoll. 356-364 [doi]
• A distributed computing architecture for simulation and optimizationYijia Xu, Suvrajeet Sen. 365-373 [doi]
• Parallel simulation of petri nets on desktop pc hardwareRobert Geist, Jacob Hicks, Mark Smotherman, James Westall. 374-383 [doi]
• Bias in parallel and distributed simulation systemsTobias Kiesling, Johannes Lüthi, Rachid El Abdouni Khayari. 384-393 [doi]
• Interoperating autosched AP using the high level architectureBoon-Ping Gan, Peter Lendermann, Malcolm Yoke-Hean Low, Stephen John Turner, Xiaoguang Wang, Simon J. E. Taylor. 394-401 [doi]
• A COTS Simulation Package Emulator (CSPE) for investigating COTS simulation package interoperabilityXiaoguang Wang, Stephen John Turner, Simon J. E. Taylor, Malcolm Yoke-Hean Low, Boon-Ping Gan. 402-411 [doi]
• Modeling and simulation of integrated voice/data cellular communication with generally distributed delay for end voice callsPawan K. Choudhary, Bharat B. Madan, Kishor S. Trivedi. 412-418 [doi]
• Building modeling tools that support verification, validation, and testing for the domain expertNicholas Allen, Clifford A. Shaffer, Layne T. Watson. 419-426 [doi]
• Trace based analysis of process interaction modelsPeter Kemper, Carsten Tepper. 427-436 [doi]
• A case study of model context for simulation composability and reusabilityMichael Spiegel, Paul F. Reynolds Jr., David C. Brogan. 437-444 [doi]
• Developing data fusion systems devoted to security control in port facilitiesEnrico Bocca, Simone Viazzo, Francesco Longo, Giovanni Mirabelli. 445-449 [doi]
• A new methodology for applying simulation driven metaheuristics to the balancing of security inspection linesStefano Saetta, Lorenzo Tiacci. 450-455 [doi]
• Modeling waiting systems from domain expert specificationsMaâmar El-Amine Hamri, Claudia S. Frydman, Lucile Torres. 456-460 [doi]
• Level-of-detail based modeling of object movement in tracking and surveillance systemJianfeng Peng, Lizhi Yang, Faisal Momen, Jerzy W. Rozenblit. 461-466 [doi]
• Controlled sequential factorial design for simulation factor screeningHua Shen, Hong Wan. 467-474 [doi]
• Estimation of percentiles of cycle time in manufacturing simulationFeng Yang, Bruce E. Ankenman, Barry L. Nelson. 475-484 [doi]
• Balancing bias and variance in the optimization of simulation modelsChristine S. M. Currie, Russell C. H. Cheng. 485-490 [doi]
• Sensitivity analysis of network reliability using monte carloG. Rubino. 491-498 [doi]
• Importance sampling in Markovian settingsWerner Sandmann. 499-508 [doi]
• Application of rare event techniques to trace driven simulationPoul E. Heegaard, Bjarne E. Helvik, Ragnar Ø. Andreassen. 509-518 [doi]
• New measures of robustness in rare event simulationHéctor Cancela, Gerardo Rubino, Bruno Tuffin. 519-527 [doi]
• Perfect simulation of monotone systems for rare event probability estimationJean-Marc Vincent. 528-537 [doi]
• Efficient importance sampling heuristics for the simulation of population overflow in Jackson networksVictor F. Nicola, Tatiana S. Zaburnenko. 538-546 [doi]
• Is problem solving, or simulation model solving, mission critical?Ray J. Paul, Tillal Eldabi, Jasna Kuljis, Simon J. E. Taylor. 547-554 [doi]
• Is problem solving, or simulation model solving, mission critical?: the panel reloadsRay J. Paul, Richard E. Nance, Mark Elder, Ernest H. Page, Jerzy W. Rozenblit. 555 [doi]
• A java library for simulating contact centersEric Buist, Pierre L Ecuyer. 556-565 [doi]
• Performance measures for service systems with a random arrival rateSamuel G. Steckley, Shane G. Henderson, Vijay Mehrotra. 566-575 [doi]
• Approximate dynamic programming in multi-skill call centersGer Koole, Auke Pot. 576-583 [doi]
• A component-level path-based simulation approach for efficient analysis of large Markov modelsVinh Vi Lam, Peter Buchholz, William H. Sanders. 584-590 [doi]
• Scaling an optimistic parallel simulation of large-scale interconnection networksNilesh Choudhury, Yogesh Mehta, Terry Wilmarth, Eric J. Bohm, Laxmikant V. Kalé. 591-600 [doi]
• Performance analysis of binary code protectionDavid M. Nicol, Hamed Okhravi. 601-610 [doi]
• Simulation in java with SSJPierre L Ecuyer, Eric Buist. 611-620 [doi]
• The SIMSCRIPT III programming language for modular object-oriented simulationStephen V. Rice, Harry M. Markowitz, Ana Marjanski, Stephen M. Bailey. 621-630 [doi]
• SIMSOLUTION: an open simulation environment founded on extreme multitaskingThomas Wiedemann. 631-636 [doi]
• Channel based sequential simulationCameron Kiddle, Rob Simmonds, Brian Unger. 637-647 [doi]
• Qualitative discrete event simulationYen-Ping Leow-Sehwail, Ricki G. Ingalls. 648-653 [doi]
• Requirements for domain specific discrete event simulation environmentsEdwin Valentin, Alexander Verbraeck. 654-663 [doi]
• Importance sampling simulation in the presence of heavy tailsAchal Bassamboo, Sandeep Juneja, Assaf J. Zeevi. 664-672 [doi]
• Some large deviations results for Latin hypercube samplingShane S. Drew, Tito Homem-de-Mello. 673-681 [doi]
• Limit theorems for the multilevel splitting algorithm in the simulation of rare eventsFrédéric Cérou, François LeGland, Pierre Del Moral, Pascal Lezaud. 682-691 [doi]
• Procedures for feasibility detection in the presence of multiple constraintsDemet Batur, Seong-Hee Kim. 692-698 [doi]
• A moving mesh approach for simulation budget allocation on continuous domainsMark W. Brantley, Chun-Hung Chen. 699-707 [doi]
• New developments in ranking and selection: an empirical comparison of the three main approachesJürgen Branke, Stephen E. Chick, Christian Schmidt 0002. 708-717 [doi]
• Determination of the best system that meets a limit standardRoy R. Creasey Jr., K. Preston White, Melanie B. Marks, Bennie D. Waller. 718-722 [doi]
• Using parallel and distributed computing to increase the capability of selection proceduresE. Jack Chen. 723-731 [doi]
• Finding the best in the presence of a stochastic constraintSigrún Andradóttir, David Goldsman, Seong-Hee Kim. 732-738 [doi]
• Initial transient problem for steady-state output analysisPeter W. Glynn. 739-740 [doi]
• A test of randomness based on the distance between consecutive random number pairsMatthew J. Duggan, John H. Drew, Lawrence Leemis. 741-748 [doi]
• Cycle-time quantile estimation in manufacturing systems employing dispatching rulesJennifer E. McNeill, John W. Fowler, Gerald T. Mackulak, Barry L. Nelson. 749-755 [doi]
• Linear combinations of overlapping variance estimators for simulationsTûba Aktaran-Kalayci, David Goldsman. 756-762 [doi]
• Automated analysis of simulation output dataStewart Robinson. 763-770 [doi]
• Exploring exponentially weighted moving average control charts to determine the warm-up periodManuel D. Rossetti, Zhe Li, Peng Qu. 771-780 [doi]
• Performance evaluation of ASAP3 for steady-state output analysisNatalie M. Steiger, Emily K. Lada, James R. Wilson. 781-789 [doi]
• Analysis methodology: are we done?Sigrún Andradóttir, David Goldsman, Lee W. Schruben, Bruce W. Schmeiser, Enver Yücesan. 790-796 [doi]
• Two simulated annealing algorithms for noisy objective functionsAndrei A. Prudius, Sigrún Andradóttir. 797-802 [doi]
• Discrete optimization via simulation using coordinate searchL. Jeff Hong. 803-810 [doi]
• Stochastic optimization using model reference adaptive searchJiaqiao Hu, Michael C. Fu, Steven I. Marcus. 811-818 [doi]
• Subcontracting in a make-to-stock production system, IPA gradients for an SFMSameh Al-Shihabi. 819-824 [doi]
• Performance of variance updating ranking and selection proceduresGwendolyn J. Malone, Seong-Hee Kim, David Goldsman, Demet Batur. 825-832 [doi]
• Multiobjective simulation optimization using an enhanced genetic algorithmHamidreza Eskandari, Luis Rabelo, Mansooreh Mollaghasemi. 833-841 [doi]
• Enhancing evolutionary algorithms with statistical selection procedures for simulation optimizationPeter Buchholz, Axel Thümmler. 842-852 [doi]
• A new optimization heuristic for continuous and integer decisions with constraints in simulationMufit Ozden. 853-856 [doi]
• Simulation-based optimization for repairable systems using particle swarm algorithmTalal M. Alkhamis, Mohamed A. Ahmed. 857-861 [doi]
• Approximate/perfect samplers for closed Jackson networksShuji Kijima, Tomomi Matsui. 862-868 [doi]
• Nonparametric estimation of the stationary ::::M/G::::/1 workload distribution functionMartin B. Hansen. 869-877 [doi]
• An efficient performance extrapolation for queuing models in transient analysisMohamed A. Ahmed, Talal M. Alkhamis. 878-885 [doi]
• Responding to terrorist attacks and natural disasters: a case study using simulationPavel Albores, Duncan Shaw. 886-894 [doi]
• Modeling an emergency operations center with agentsMargaret L. Loper, Bart Presnell. 895-903 [doi]
• Integrated simulation and gaming architecture for incident management trainingSanjay Jain, Charles R. McLean. 904-913 [doi]
• Training first responders to nuclear facilities using 3-D visualization technologyRobert L. Sanders, Joseph E. Lake. 914-918 [doi]
• First responder information flow simulation: a tool for technology assessmentC. Donald Robinson, Donald E. Brown. 919-925 [doi]
• A survey of data resources for simulating patient flows in healthcare delivery systemsK. Preston White. 926-935 [doi]
• Multiple fidelity simulation optimization of hospital performance under high consequence event scenariosJason R. Schenk, Deng Huang, Ning Zheng, Theodore Allen. 936-942 [doi]
• Hospital evacuation: issues and complexitiesKevin M. Taaffe, Rachel Kohl, Delbert L. Kimbler. 943-950 [doi]
• A simulation model of a helicopter ambulance serviceErsan Gunes, Roberto Szechtman. 951-957 [doi]
• A conceptual architecture for static features in physical security simulationVolkan Ustun, Haluk Yapicioglu, Skylab R. Gupta, Abishek Ramesh, Jeffrey S. Smith. 958-964 [doi]
• Simulation of imperfect information in vulnerability modeling for infrastructure facilitiesDean A. Jones, Mark A. Turnquist, Linda K. Nozick. 965-971 [doi]
• Planning for terrorist-caused emergenciesRussell R. Vane III. 972-978 [doi]
• Developing an agent model of human performance in air traffic control operations using Apex cognitive architectureSeung Man Lee, Ujwala Ravinder, James C. Johnston. 979-987 [doi]
• Modeling force response to small boat attack against high value commercial shipsDavid J. Walton, Eugene P. Paulo, Christopher J. McCarthy, Ravi Vaidyanathan. 988-991 [doi]
• Simple movement and detection in discrete event simulationArnold H. Buss, Paul J. Sanchez. 992-1000 [doi]
• Leveraging agent based simulation for rapid course of action developmentPhilip S. Barry, Matthew T. K. Koehler. 1001-1007 [doi]
• Investigating the dynamics of competition: coevolving red and blue simulation parametersMary L. McDonald, Stephen C. Upton. 1008-1012 [doi]
• Coevolutionary dynamics and agent-based models in organization scienceBrian F. Tivnan. 1013-1021 [doi]
• Performance evaluation of agent-based material handling systems using simulation techniquesRadu F. Babiceanu, F. Frank Chen. 1022-1028 [doi]
• Integrating agent based modeling into a discrete event simulationBenjamin Dubiel, Omer Tsimhoni. 1029-1037 [doi]
• Argus invasive species spread model constructed using agent-based modeling approach and cellular automataS. Clifton Parks, Maxim Garifullin, Rainer Dronzek. 1038-1042 [doi]
• Simulating users to support the design of activity management systemsJulie S. Weber, Martha E. Pollack. 1043-1048 [doi]
• Simulation-based planning for planetary rover experimentsDavid Joslin, Jeremy Frank, Ari K. Jónsson, David E. Smith. 1049-1058 [doi]
• Agent-based simulation for software project planningDavid Joslin, William Poole. 1059-1066 [doi]
• New paradigms and new challengesPaul K. Davis. 1067-1076 [doi]
• Marine corps applicatons of data farmingAdam J. Forsyth, Gary E. Horne, Stephen C. Upton. 1077-1081 [doi]
• Data farming: discovering surpriseGary E. Horne, Theodore E. Meyer. 1082-1087 [doi]
• Simulation environment to assess technology insertion impact and optimized manningNiraj Srivastava, Frank Pietryka, Gary E. Horne, Mark Theroff. 1088-1093 [doi]
• Using agent models and data farming to explore network centric operationsHenrik Friman, Gary E. Horne. 1094-1100 [doi]
• The pairwise Escape-G metric: a measure for air combat maneuvering performanceAntoinette M. Portrey, Brian Schreiber, Winston Bennett Jr.. 1101-1108 [doi]
• Simulating scenarios for research on culture & cognition using a commercial role-play gameRik Warren, David E. Diller, Alice Leung, William Ferguson, Janet L. Sutton. 1109-1117 [doi]
• An approach to human behavior modeling in an Air Force simulationBrooke H. McNally. 1118-1122 [doi]
• Sports analogy for modelling of combat in the air domainAlan Cowdale. 1123-1128 [doi]
• On using SPEEDES as a platform for a parallel swarm simulationMatthew A. Russell, Gary B. Lamont, Kenneth Melendez. 1129-1137 [doi]
• Simulation validation with historic outcomesLance E. Champagne, Raymond R. Hill. 1138-1147 [doi]
• Implementation of a framework for vulnerability/lethality modeling and simulationKim J. Allen, Craig Black. 1148-1153 [doi]
• A validation of first-order detonation shock dynamics theoryDavid Lambert, Sunhee Yoo, D. Scott Stewart. 1154-1159 [doi]
• Simulation based performance modeling for a warfighter in the loop minefield detection systemAbhilash Rajagopal, Sanjeev Agarwal, Sreeram Ramakrishnan. 1160-1169 [doi]
• Enabling 1, 000, 000-entity simulations on distributed Linux clustersGene Wagenbreth, Ke-Thia Yao, Dan Davis, Robert F. Lucas, Thomas Gottschalk. 1170-1181 [doi]
• A framework for fault-tolerance in HLA-based distributed simulationsMartin Eklöf, Farshad Moradi, Rassul Ayani. 1182-1189 [doi]
• Language based simulation, flexibility, and development speed in the joint integrated mission modelDavid W. Mutschler. 1190-1197 [doi]
• An approach to design and development of decentralized data fusion simulatorChandresh Mehta, Govindarajan Srimathveeravalli, Thenkurussi Kesavadas. 1198-1204 [doi]
• Exploring C4ISR employment methodsTerri G. Chang. 1205-1212 [doi]
• Acquisition-based simulationGrant Martin, Jeffrey B. Schamburg, Michael J. Kwinn Jr.. 1213-1219 [doi]
• The HITVICE VV&A environmentFang Ke, Yang Ming, Zicai Wang. 1220-1227 [doi]
• The application of evaluation method based on HMM for results validity of complex simulation systemHengjie Song, Ping Ma, Ming Yang. 1228-1233 [doi]
• Issues in event analysis for recursive simulationJohn B. Gilmer Jr., Frederick J. Sullivan. 1234-1241 [doi]
• Toward effective depot transformation: leveraging simulation to enhance transition planningPerakath C. Benjamin, Mike Graul, Michael K. Painter, Frank Boydstun. 1242-1250 [doi]
• A strategy for autogeneration of space shuttle ground processing simulation models for project makespan estimationMichael G. Madden, Roberta Wyrick, Dale E. O Neill. 1251-1259 [doi]
• A discrete event simulation model for assembling the international space stationGrant R. Cates, Mansooreh Mollaghasemi. 1260-1264 [doi]
• Modeling and parameter estimation of spacecraft fuel slosh modeKeith Schlee, Sathya Gangadharan, James Ristow, Carl Hubert, James Sudermann, Charles Walker. 1265-1274 [doi]
• Estimating the effects of stress during operational conditionsJon French, Jeff Miller. 1275-1280 [doi]
• Using simulation for launch team training and evaluationCary J. Peaden. 1281-1290 [doi]
• Distributed web-based expert system for launch operationsJorge E. Bardina, Rajkumar Thirumalainambi. 1291-1297 [doi]
• Usability study of the virtual test bed and distributed simulationJeffrey W. Dawson, Ping Chen, Yanshen Zhu. 1298-1305 [doi]
• Supporting the vision for space with discrete event simulationGrant R. Cates, Mansooreh Mollaghasemi. 1306-1310 [doi]
• Using system dynamics for safety and risk management in complex engineering systemsNicolas Dulac, Nancy G. Leveson, David Zipkin, Stephen Friedenthal, Joel Cutcher-Gershenfeld, John Carroll, Betty Barrett. 1311-1320 [doi]
• Health systems: a dynamic system - benefits from system dynamicsC. Patrick Koelling, Michael J. Schwandt. 1321-1327 [doi]
• A spatio temporal simulation model for evaluating delinquency and crime policiesSergio E. Quijada, Juan F. Arcas, Cristian Renner, Luis Rabelo. 1328-1334 [doi]
• Analyzing printed circuit board assembly lines using a PCB assembly templatePradip D. Jadhav, Jeffrey S. Smith. 1335-1342 [doi]
• Operator-paced assembly line simulationMarvin S. Seppanen. 1343-1349 [doi]
• Intelligent modeling and simulation of flexible assembly systemsSk Ahad Ali, Hamid Seifoddini, Hong Sun. 1350-1358 [doi]
• Advanced decision logic in simulation of material flow processing networksDouglas A. Bodner, Ke Wang, Sheng Xu. 1359-1366 [doi]
• High performance simulation in quasi-continuous manufacturing plantsLan Chen, Michael Pidd. 1367-1372 [doi]
• Fluid based simulation model for high volume DC conveyor systemsYing Wang, Chen Zhou. 1373-1380 [doi]
• For effective facilities planning: layout optimization then simulation, or vice versa?Esra E. Aleisa, Li Lin. 1381-1385 [doi]
• Validation of the re-design of a manufacturing work cell using simulationCarrie Grimard, Jon H. Marvel, Charles R. Standridge. 1386-1391 [doi]
• Applying simulation to interative manufacturing cell designSara L. Maas, Charles R. Standridge. 1392-1400 [doi]
• Applying discrete event simulation and an automated bottleneck analysis as an aid to detect running production constraintsPatrick Faget, Ulf Eriksson, Frank Herrmann. 1401-1407 [doi]
• Simulation modeling and analysis of a new mixed model production linesServet Hasgül, Alptug Selçuk Büyüksünetçi. 1408-1412 [doi]
• A kanban module for simulating pull production in ARENAMark A. Treadwell, Jeffrey W. Herrmann. 1413-1417 [doi]
• Finding the optimal production control policy using the production control frameworkSean M. Gahagan, Jeffrey W. Herrmann. 1418-1427 [doi]
• Applying energy aspects on simulation of energy-intensive production systemsPetter Solding, Damir Petku. 1428-1432 [doi]
• Lot-sizing within capacity-constrained manufacturing systems using time-phased planningSilvanus T. Enns, Pattita Suwanruji. 1433-1440 [doi]
• Discrete-event simulation and automatic data collection improve performance in a manufacturing systemArne Ingemansson, Jan Oscarsson. 1441-1445 [doi]
• Data exchange for machine shop simulationY. Tina Lee, Yan Luo. 1446-1452 [doi]
• Emulation with DSOLPeter H. M. Jacobs, Alexander Verbraeck, William Rengelink. 1453-1462 [doi]
• SAEDES++: determining complex system availability via simulationJavier Faulin, Angel A. Juan, Carles Serrat, Vicente Bargueño. 1463-1472 [doi]
• An SDS modeling approach for simulation-based controlSreeram Ramakrishnan, Mayur Thakur. 1473-1482 [doi]
• Simulation of multiple-drift tunnel construction with limited resourcesPhotios G. Ioannou, Veerasak Likhitruangsilp. 1483-1491 [doi]
• The use of simulation for productivity estimation based on multiple regression analysisSeungwoo Han, Daniel W. Halpin. 1492-1499 [doi]
• Modeling scheduling uncertainty in capital construction projectsNathan D. Boskers, Simaan M. AbouRizk. 1500-1507 [doi]
• System dyanmics approach for error and change management in concurrent design and constructionSanghyun Lee, Feniosky Peña-Mora. 1508-1514 [doi]
• Intelligent preemption in construction of a manmade island for an airportPhotios G. Ioannou, Vineet R. Kamat. 1515-1523 [doi]
• Comparing PROMODEL and SDESA in modeling construction operationsMing Lu, Lap-Chi Wong. 1524-1532 [doi]
• Reviving a mechanistic view of CPM schedules in the age of information technologyGunnar Lucko. 1533-1540 [doi]
• Representation and analysis of spatial resources in construction simulationCheng Zhang, Tarek M. Zayed, Amin Hammad, Gabriel Andrés Wainer. 1541-1548 [doi]
• Determination of process durations on virtual construction sitesHans-Joachim Bargstädt, Arno Blickling. 1549-1558 [doi]
• A computer simulation model of container movement by seaJohan J. van Rensburg, Yi He, Anton J. Kleywegt. 1559-1566 [doi]
• Comparison of three automated stacking alternatives by means of simulationYvo A. Saanen, Margaret V. Valkengoed. 1567-1576 [doi]
• Approach for modelling of large maritime infrastructure systemsEdwin Valentin, Sicco Steijaert, Rienk A. Bijlsma, Piero Silva. 1577-1585 [doi]
• Simulating air taxi networksPhilippe A. Bonnefoy. 1586-1595 [doi]
• A simulation-based architecture for supporting strategic and tactical decisions in the apron of Rome-Fiumicino AirportGiuseppe Confessore, Giacomo Liotta, Rosario Grieco. 1596-1605 [doi]
• Communications, navigation, and surveillance events simulation for the national airspace systemPaul T. R. Wang, Leonard A. Wojcik, Scott B. Mayer. 1606-1612 [doi]
• Modeling and analysis of a generic cross-docking facilityGhazi M. Magableh, Manuel D. Rossetti, Scott J. Mason. 1613-1620 [doi]
• Conceptual simulation modeling of warehousing operationsMing Zhou, Kitti Setavoraphan, Zhimin Chen. 1621-1626 [doi]
• Reservation storage policy for AS/RS at air cargo terminalsChulung Lee, Huei-Chuen Huang, Paul Goldsman, Bin Liu, Zhiyong Xu. 1627-1632 [doi]
• Upstream demand projection and performance mapping in supply chainsRahul R. Bagdia, Zbigniew J. Pasek. 1633-1642 [doi]
• Risk management in supply networks using monte-carlo simulationLéa Amandine Deleris, Feryal Erhun. 1643-1649 [doi]
• Stress testing a supply chain using simulationSanjay Jain, Swee Leong. 1650-1657 [doi]
• A simulation environment for the redesign of food supply chain networks: modeling quality controlled logisticsJack G. A. J. van der Vorst, Seth Tromp, Durk-Jouke van der Zee. 1658-1667 [doi]
• Information synchronization effects on the stability of collaborative supply chainJayendran Venkateswaran, Young Jun Son. 1668-1676 [doi]
• Simulation based evaluation of information-centric supply chainsSrinagesh Gavirneni. 1677-1683 [doi]
• Application of multi-objective simulation-optimization techniques to inventory management problemsLoo Hay Lee, Suyan Teng, Ek Peng Chew, Iftekhar A. Karimi, Kong Wei Lye, Peter Lendermann, Yankai Chen, Choon Hwee Koh. 1684-1691 [doi]
• A simulation analysis of the vari-metric repairable inventory optimization procedure for the U.S. Coast GuardMichael B. Zamperini, Michael Freimer. 1692-1698 [doi]
• Structure modeling of machine tools and internet-based implementationYoonho Seo, Dong-Pyo Hong, Insu Kim, Donmok Sheen, Taioun Kim, Gyu-Bong Lee. 1699-1704 [doi]
• Optimal lot-sizing in a two-stage system with auto-correlated arrivalsSilvanus T. Enns, Ping Zhu. 1705-1711 [doi]
• Simulating and designing the stochastic inbound inventory routing problemMalini Natarajarathinam, Charles R. Sox. 1712-1717 [doi]
• Discrete event simulation in supply chain planing and inventory control at Freescale Semiconductor, IncDouglas J. Morrice, Richard A. Valdez, Jack P. Chida Jr., Missan Eido. 1718-1724 [doi]
• Dynamic simulation of a push - pull distribution systemPayman Jula, Mark S. Zschocke. 1725-1732 [doi]
• Pull systems with advance demand informationAnanth Krishnamurthy, David Claudio. 1733-1742 [doi]
• Newsvendor problem with pricing: properties, algorithms, and simulationRoger L. Zhan, Zuo-Jun Max Shen. 1743-1748 [doi]
• Flexible module-based modeling and analysis for large-scale transportation-inventory systemsKanna Miwa, Soemon Takakuwa. 1749-1758 [doi]
• A family of market-based shipment methodologies for delivery supply chainSeog-Chan Oh, Soundar R. T. Kumara, Shang-Tae Yee, Jeffrey D. Tew. 1759-1765 [doi]
• A new simulation model for expressway weaving sections evaluationSun Jian, Yang Xiaoguang, Ma Yunlong. 1766-1772 [doi]
• Simulation of grid computing infrastructure: challenges and solutionsSugato Bagchi. 1773-1780 [doi]
• Time management in distributed factory simulation, a case study using HLAKe Wang, Sheng Xu, Leon F. McGinnis. 1781-1786 [doi]
• Data consistency in a large-scale runtime infrastructureBuquan Liu, Huaimin Wang, Yiping Yao. 1787-1794 [doi]
• Initialization of online simulation modelsAndré Hanisch, Juri Tolujew, Thomas Schulze. 1795-1803 [doi]
• Addressing complexity using distributed simulation: a case study in Spaceport modelingJaebok Park, Reinaldo J. Moraga, Luis Rabelo, Jeffrey Dawson, Mario Marin, José A. Sepúlveda. 1804-1812 [doi]
• Flexible integration of XML into modeling and simulation systemsMathias Röhl, Adelinde Uhrmacher. 1813-1820 [doi]
• The delivery option in mortgage backed security valuation simulationsScott Gregory Chastain, Jian Chen. 1821-1826 [doi]
• Simulation analysis of correlation and credit migration models for credit portfoliosWilliam J. Morokoff. 1827-1834 [doi]
• A loss default simulation model of the federal bank deposit insurance fundsRosalind L. Bennett, Daniel A. Nuxoll, Robert A. Jarrow, Michael C. Fu, Huiju Zhang. 1835-1843 [doi]
• Simulation of risk and return profiles for portfolios of CDO tranchesWilliam J. Morokoff. 1844-1848 [doi]
• Expected shortfall in credit portfolios with extremal dependenceAchal Bassamboo, Sandeep Juneja, Assaf J. Zeevi. 1849-1858 [doi]
• Fast simulation for multifactor portfolio credit risk in the ::::t::::-copula modelWanmo Kang, Perwez Shahabuddin. 1859-1868 [doi]
• Out-of-the-money monte carlo simulation option pricing: the joint use of importance sampling and descriptive samplingEduardo Saliby, Jaqueline T. M. Marins, Josete F. dos Santos. 1869-1875 [doi]
• Function-approximation-based perfect control variates for pricing American optionsNomesh Bolia, Sandeep Juneja. 1876-1883 [doi]
• A study of variance reduction techniques for American option pricingChristiane Lemieux, Jennie La. 1884-1891 [doi]
• Risk assessment of drilling and completion operations in petroleum wells using a Monte Carlo and a neural network approachDennis Kerr Coelho, Mauro Roisenberg, Paulo José de Freitas Filho, Carlos Magno C. Jacinto. 1892-1897 [doi]
• Identifying demand sources that minimize risk for a selective newsvendorKevin M. Taaffe, Deepak Tirumalasetty. 1898-1905 [doi]
• Using simulation to analyze R&D value creationDouglas A. Bodner, William B. Rouse, Michael J. Pennock. 1906-1913 [doi]
• Visualization of construction graphics in outdoor augmented realityAmir H. Behzadan, Vineet R. Kamat. 1914-1920 [doi]
• Multi-user support and motion planning of humans and humans driven vehicles in interactive 3D material flow simulationsMatthias Fischer, Bengt Mueck, Kiran R. Mahajan, Michael Kortenjan, Christoph Laroque, Wilhelm Dangelmaier. 1921-1930 [doi]
• Programming using dynamic system modeling VIA a 3D-based multimodeling frameworkHyunju Shim, Paul A. Fishwick. 1931-1938 [doi]
• A two-tier method for evaluating alternative policies to support interactive analysis of 3D material flow simulationsWilhelm Dangelmaier, Kiran R. Mahajan, Daniel Huber, Bengt Mueck. 1939-1948 [doi]
• Temporally parallel coupling of discrete simulation systems with virtual reality systemsSteffen Straßburger, Thomas Schulze, Marco Lemessi, Gordon D. Rehn. 1949-1957 [doi]
• Introducing virtual engineering technology into interactive design process with high-fidelity modelsGengxun Huang, Kenneth Mark Bryden. 1958-1967 [doi]
• Experimental investigation of the impacts of virtual reality on discrete-event simulationJustice I. Akpan, Roger J. Brooks. 1968-1975 [doi]
• Practitioners perception of the impacts of virtual reality on discrete-event simulationJustice I. Akpan, Roger J. Brooks. 1976-1984 [doi]
• Common scene definition framework for constructing virtual worldsLee A. Belfore II, Prabhu V. Krishnan, Emre Baydogan. 1985-1992 [doi]
• Simulation and optimization as effective DFSS toolsKarl Luce, Lucie Trepanier, Fred Ciochetto, Lawrence I. Goldman. 1993-1999 [doi]
• The use of discrete event simulation in a design for six sigma projectMichael J. Seifert. 2000-2004 [doi]
• Evaluating proposed capital and operational improvements at a marine terminalScott J. Bury, Naoko Akiya. 2005-2010 [doi]
• Lean sigma and simulation, so what s the correlation?: V2David M. Ferrin, Martin J. Miller, David Muthler. 2011-2015 [doi]
• The application of simulation methodology in a hospital s six sigma projectMartin J. Miller, David M. Ferrin. 2016-2019 [doi]
• Sensitivity analysis for robust parameter design experimentsJoseph R. Litko. 2020-2025 [doi]
• Simulation analysis of inbound call center of a city-gas companySoemon Takakuwa, Takako Okada. 2026-2033 [doi]
• Using simulation for economic policy analysis in the global agricultural suppy chainJames N. Barnes, Nicholas G. Kalaitzandonakes, Thomas J. Crowe. 2034-2041 [doi]
• Supporting simulation-based decision making with the use of AHP analysisLuis Rabelo, Hamidreza Eskandari, Tarek Shalan, Magdy Helal. 2042-2051 [doi]
• An integrated and adaptive decision-support framework for high-tech manufacturing and service networksPeter Lendermann, Malcolm Yoke-Hean Low, Boon-Ping Gan, Nirupam Julka, Lai Peng Chan, Loo Hay Lee, Simon J. E. Taylor, Stephen John Turner, Wentong Cai, Xiaoguang Wang, Terence Hung, Leon F. McGinnis, Stephen J. Buckley. 2052-2062 [doi]
• Using workflow business process tools in simulation modelingJohn Everton, Richard D. Stafford. 2063-2067 [doi]
• On developing system dynamics model for business process simulationLianjun An, Jun-Jang Jeng. 2068-2077 [doi]
• Simulation optimization decision support system for ship panel shop operationsAllen G. Greenwood, Sucharith Vanguri, Burak Eksioglu, Pramod Jain, Travis W. Hill, Jeffery Wilson Miller, Clayton Thomas Walden. 2078-2086 [doi]
• Simulation-based scheduling for parcel consolidation terminals: a comparison of iterative improvement and simulated annealingDouglas L. McWilliams. 2087-2093 [doi]
• Performance analysis of a configured to order business with a variable product configuration recipeSoumyadip Ghosh, Tom Ervolina, Young M. Lee, Barun Gupta. 2094-2101 [doi]
• Planning and control for a warranty service facilityAmir Messih, Silvanus T. Enns. 2102-2106 [doi]
• Decision support system for fisheries managementTu Hoang Truong, Brian J. Rothschild, Farhad Azadivar. 2107-2111 [doi]
• Validating the capacity planning process and flowline product sequencing through simulation analysisJon H. Marvel, Mark A. Schaub, Gary R. Weckman. 2112-2118 [doi]
• A framework for integration model of resource-constrained scheduling using genetic algorithmsJin-Lee Kim, Ralph D. Ellis Jr.. 2119-2126 [doi]
• Resource allocation and planning for program managementKabeh Vaziri, Linda K. Nozick, Mark A. Turnquist. 2127-2135 [doi]
• Assessing risk in a job schedule: integrating a scheduling heuristic and a simulation model to a spreadsheetKusuma Rojanapibul, Juta Pichitlamken. 2136-2140 [doi]
• Minimizing the total weighted completion time on unrelated parallel machines with stochastic timesJean-Paul M. Arnaout, Ghaith Rabadi. 2141-2147 [doi]
• A simulation based learning meachanism for scheduling systems with continuous control and update structureGokhan Metan, Ihsan Sabuncuoglu. 2148-2156 [doi]
• Efficient simulations for capacity analysis and automated material handling system design in semiconductor wafer fabsJesus A. Jimenez, Gerald T. Mackulak, John W. Fowler. 2157-2161 [doi]
• A framework for standard modular simulation in semiconductor wafer fabrication systemsJosé A. Ramírez-Hernández, Heshan Li, Emmanuel Fernandez, Charles McLean, Swee Leong. 2162-2171 [doi]
• A discrete event simulation model simplification techniqueRachel T. Johnson, John W. Fowler, Gerald T. Mackulak. 2172-2176 [doi]
• Analysis of production control methods for semiconductor research and development fabs using simulationVikram Ramamurthi, Michael E. Kuhl, Karl D. Hirschman. 2177-2185 [doi]
• Simulation-based assessment of order release strategies for a distributed shifting bottleneck heuristicLars Mönch. 2186-2193 [doi]
• Using simulation based approach to improve on the mean cycle time performance of dispatching rulesChin Soon Chong, Malcolm Yoke-Hean Low, Appa Iyer Sivakumar, Kheng Leng Gay. 2194-2202 [doi]
• Scheduling cluster tools using filtered beam search and recipe comparisonSimon Oechsner, Oliver Rose. 2203-2210 [doi]
• Optimizing robot algorithms with simulationTodd LeBaron, Joerg Domasche. 2211-2217 [doi]
• An analysis: traditional semiconductor lithography versus emerging technology (nano imprint)Walter J. Trybula, Robert L. Wright, Kranthi Mitra Adusumilli, Randy K. Goodall. 2218-2222 [doi]
• Implementation of a discrete event simulator for biological self-assembly systemsTiequan Zhang, Rori Rohlfs, Russell Schwartz. 2223-2231 [doi]
• Clinical trial factors in a pain transition state modelMeyer Katzper. 2232-2235 [doi]
• A comparison of screening methods for colorectal cancer using simulation modelingAli Gerhard Tafazzoli, Stephen D. Roberts, Reid M. Ness, Robert S. Dittus. 2236-2245 [doi]
• Assessing the viability of an open access policy in an outpatient clinic: a discrete-event and continuous simulation modeling approachRonald E. Giachetti, Edwin A. Centeno, Martha A. Centeno, Ramakrishnan Sundaram. 2246-2255 [doi]
• Evaluating hospital pharmacy staffing and work scheduling using simulationCharles W. Spry, Mark A. Lawley. 2256-2263 [doi]
• Simulation analysis of appointment scheduling in an outpatient department of internal medicineAthula Wijewickrama, Soemon Takakuwa. 2264-2273 [doi]
• Introducing simulation across the disciplinesCharles R. Standridge, Martha A. Centeno, Björn Johansson, Ingolf Ståhl. 2274-2279 [doi]
• Using discrete event simulation in the teaching of decision analysisIngolf Ståhl. 2280-2289 [doi]
• Should transient analysis be taught?Mary C. Court, J. L. Pittman, H. T. L. Pham. 2290-2296 [doi]
• Assessing simulation learning in higher educationBrian W. Hollocks. 2297-2303 [doi]
• Simulation and gaming as a support tool for lean manufacturing systems: a case example from industryDurk-Jouke van der Zee, Jannes Slomp. 2304-2313 [doi]
• Transitioning students from simulation mechanics to simulation as a process improvement tool: a multimedia case study approachScott R. Schultz, Christopher D. Geiger. 2314-2321 [doi]
• A simulation model for facilitators of Tony Rizzo s bead gameDavid B. Roggenkamp, Dave Park, Omer Tsimhoni. 2322-2328 [doi]
• Combining hands-on, spreadsheet and discrete event simulation to teach supply chain managementJeffrey Adams, Jerry Flatto, L. Leslie Gardner. 2329-2337 [doi]
• Training for today s supply chains: an introduction to the distributor gameStijn-Pieter A. van Houten, Alexander Verbraeck, Sandor Boyson, Thomas Corsi. 2338-2345 [doi]
• From simulation to gaming: an object-oriented supply chain training libraryAlexander Verbraeck, Stijn-Pieter A. van Houten. 2346-2354 [doi]
• An ontology-driven framework for process-oriented applicationsPerakath C. Benjamin, Kumar V. Akella, Kaiser Malek, Ronald Fernandes. 2355-2363 [doi]
• Ontologies for supply chain simulation modelingMohamed Fayez, Luis Rabelo, Mansooreh Mollaghasemi. 2364-2370 [doi]
• Simulation and the semantic webJohn A. Miller, Gregory T. Baramidze. 2371-2377 [doi]
• A stochastic model for planning swine facilitiesLluís M. Plà-Aragonés. 2378-2384 [doi]
• Simulating uncertainty in mass balance modeling for fresh water reservoirs; case study: Deer Creek Reservoir, Utah, USAAhmad M. Salah, Paul J. Fields, A. Woodruff Miller. 2385-2394 [doi]
• Numerical simulation of dyebath and the influence of dispersion factor on dye transportRenzo Shamey, Xiaoming Zhao, Roger H. Wardman. 2395-2399 [doi]
• Digital video cluster simulationMartin N. Milkovits. 2400-2407 [doi]
• Realistic internet traffic simulation through mixture modeling and a case studySong Luo, Gerald A. Marin. 2408-2416 [doi]
• Component-based performance modeling of a storage area networkNava Aizikowitz, Alex Glikson, Ariel Landau, Bilha Mendelson, Tommy Sandbank. 2417-2426 [doi]
• Integration study of prospective hazards models for the enhancement of a virtual range simulation modelSerge N. Sala-Diakanda, Luis Rabelo, Sergio A. Rosales, Luis F. Robledo, José A. Sepúlveda, Jeppie Compton. 2427-2436 [doi]
• Validating a division I-A college football season simulation systemRick L. Wilson. 2437-2442 [doi]
• Simulation as support for production planning in small and medium enterprise: a case studyRoberto Mosca, Lucia Cassettari, Roberto Revetria, Gianluca Magro. 2443-2448 [doi]
• Packaging capacity analysis of a biopharmaceutical production operationSteve Chu, Prasad V. Saraph, Lee Schruben. 2449-2453 [doi]
• Simulation with real world network stacksSam Jansen, Anthony McGregor. 2454-2463 [doi]
• Queuing models of vehicle-based automated material handling systems in semiconductor fabsDima Nazzal, Leon F. McGinnis. 2464-2471 [doi]
• The computational complexity of component selection in simulation reuseRobert G. Bartholet, David C. Brogan, Paul F. Reynolds Jr.. 2472-2481 [doi]
• Teaming discrete-event simulation and geographic information systems to solve a temporal/spatial business problemRichard G. Born. 2482-2491 [doi]
• Simulation-specific characteristics and software reuseJoseph C. Carnahan, Paul F. Reynolds Jr., David C. Brogan. 2492-2499 [doi]
• Towards a simulation and visualization portal to support multi-actor decision making in mainportsRoy T. H. Chin, Stijn-Pieter A. van Houten, Alexander Verbraeck. 2500-2505 [doi]
• Retrieving process analysis in a parts distribution center: a case study of manual trolley fleet substitutionShih Y. Chin, Heráclito L. J. Pontes, Arthur J. V. Porto. 2506-2512 [doi]
• FreeSML: delivering on the open-source simulation language promiseJohn J. DiLeo. 2513-2523 [doi]
• Recognition of continuous probability modelsMarcelo Tenório, Silvia Nassar, Paulo Freitas, Carlos Magno. 2524-2531 [doi]
• The road towards multi-hypothesis intention simulation agents architecture fractal information fusion modelingPer M. Gustavsson, Tomas Planstedt. 2532-2541 [doi]
• Two new subjective validation methods using data displaysHusam Hamad, Sami Al-Hamdan. 2542-2545 [doi]
• A distributed multi-formalism simulation to support rail infrastructure control designElisangela Mieko Kanacilo, Alexander Verbraeck. 2546-2553 [doi]
• Study on simulation credibility metricsFei Liu, Ming Yang, Zicai Wang. 2554-2560 [doi]
• Does more uniformly distributed sampling generally lead to more accurate prediction in computer experiments?Longjun Liu, Wayne W. Wakeland. 2561-2571 [doi]
• Optimized concrete delivery scheduling using combined simulation and genetic algorithmsMing Lu, Hoi-Ching Lam. 2572-2580 [doi]
• Railroad infrastructure simulatorMarcelo Moretti Fioroni, Luiz Augusto Gago Franzese, Naguissa Yuri Hiramatsu Pereira, Marcelo Neder Machado. 2581-2584 [doi]
• Simulation-based scheduling for photo-reconnaissance satelliteQiming Ruan, Yuejin Tan, Renjie He, Yingwu Chen. 2585-2589 [doi]
• Agent-based simulation of enterprise communication networkHideyuki Mizuta, Fusashi Nakamura. 2590-2594 [doi]
• DSS to manage ATM cash under periodic review with emergency ordersAna K. Miranda, David F. Muñoz. 2595-2599 [doi]
• Feature-based generators for time series dataJorge R. Ramos, Vernon Rego. 2600-2607 [doi]
• Reducing lead time for modeling in CAD simulation softwaresJai Thomas, Mitchel J. Keil, Jorge Rodriguez. 2608-2612 [doi]
• Learning simulation through team projectsOmer Tsimhoni, Changxu Wu. 2613-2618 [doi]
• A conceptual model for the creation of supply chain simulation modelsGuilherme E. Vieira, Osmar César Júnior. 2619-2627 [doi]
• Reducing service time at a busy fast food restaurant on campusSara A. Curin, Jeremy S. Vosko, Eric W. Chan, Omer Tsimhoni. 2628-2635 [doi]
• Comparing skill-based routing call center simulations using C programming and arena modelsRodney B. Wallace, Robert Saltzman. 2636-2644 [doi]
• Calibration of VISSIM for shanghai expressway using genetic algorithmWu Zhizhou, Sun Jian, Yang Xiaoguang. 2645-2648 [doi]
• Sharing event data in optimistically scheduled multicast applicationsGarrett R. Yaun, David Bauer, Christopher D. Carothers. 2649-2656 [doi]
• Simulation based decision for steelmaking operations challengesMarcelo Moretti Fioroni, Luiz Augusto Gago Franzese, Edson Luis M. Harano, Benedito Pedro Costhek, João Bosco Mendes, Joeli Cuzzuol, Juliana de Souza Lima, Ricardo Baeta Santos, Robson Jacinto Coelho, Adriano César Silva, Odair José Kimsr. 2657-2662 [doi]
• Simulation modelling for performance measurement in healthcareMurat M. Gunal, Michael Pidd. 2663-2668 [doi]
• System centric mission critical simulation model for MES automationAmit Jindal, Rajkumar Khandelwal. 2669-2673 [doi]
• Emergency department simulations: medicine for building effective modelsCarley Jurishica. 2674-2680 [doi]
• Modeling emergency departments using discrete event simulation techniquesAlexander Komashie, Ali Mousavi. 2681-2685 [doi]
• Simulation optimization using tabu search: an emperical studyAbdullah Konak, Sadan Kulturel-Konak. 2686-2692 [doi]
• Extend SRML schema based on DEVS: an executable DEVS languageChen Liu, Qun Li, Wei-Ping Wang, Yi-fan Zhu. 2693-2699 [doi]
• P-tree structures and event horizon: efficient event-set implementationsKaterina Asdre, Stavros D. Nikolopoulos. 2700-2709 [doi]
• Importance sampling techniques for estimating the bit error rate in digital communication systemsWheyming Tina Song, Wenchi Chiu, David Goldsman. 2710-2717 [doi]