Abstract is missing.
- Modeling and simulation in public health: A little help can go a long wayMargaret L. Brandeau. 1 [doi]
- A practitioner, a vender, and a researcher walk into a bar: Trying to explain what researchers doBruce W. Schmeiser. 2-9 [doi]
- Why modelling mattersMike Pidd. 10 [doi]
- Monte Carlo and discrete-event simulations in C and RBarry Lawson, Lawrence Mark Leemis. 11-16 [doi]
- Introduction to simulationRicki G. Ingalls. 17-26 [doi]
- Some topics for simulation optimizationMichael C. Fu, Chun-Hung Chen, Leyuan Shi. 27-38 [doi]
- How to build valid and credible simulation modelsAverill M. Law. 39-47 [doi]
- Introduction to modeling and generating probabilistic input processes for simulationMichael E. Kuhl, Emily K. Lada, Natalie M. Steiger, Mary Ann Flanigan Wagner, James R. Wilson. 48-61 [doi]
- Statistical analysis of simulation outputMarvin K. Nakayama. 62-72 [doi]
- Better than a petaflop: The power of efficient experimental designSusan M. Sanchez. 73-84 [doi]
- Tips for successful practice of simulationDavid T. Sturrock. 85-90 [doi]
- Introduction to Monte Carlo simulationSamik Raychaudhuri. 91-100 [doi]
- Agent-based modeling and simulation: ABMS examplesCharles M. Macal, Michael J. North. 101-112 [doi]
- Analytical simulation modelingLee Schruben. 113-121 [doi]
- The mathematics of continuous-variable simulation optimizationSujin Kim, Shane G. Henderson. 122-132 [doi]
- Incorporating information networks into military simulationsDarryl K. Ahner, Jonathon K. Alt, Francisco Baez, John Jackson, Susan M. Sanchez, Thorsten Seitz. 133-144 [doi]
- Revenue management: Models and methodsKalyan T. Talluri, Garrett J. van Ryzin, Itir Z. Karaesmen, Gustavo J. Vulcano. 145-156 [doi]
- Verification and validation of simulation modelsRobert G. Sargent. 157-169 [doi]
- Approximate zero-variance simulationPierre L Ecuyer, Bruno Tuffin. 170-181 [doi]
- Inside discrete-event simulation software: How it works and why it mattersThomas J. Schriber, Daniel T. Brunner. 182-192 [doi]
- Guidelines for commercial off-the-shelf Simulation Package interoperabilitySimon J. E. Taylor, Stephen John Turner, Steffen Straßburger. 193-204 [doi]
- Approximate dynamic programming: Lessons from the fieldWarren B. Powell. 205-214 [doi]
- ExtendSim 7David Krahl. 215-221 [doi]
- PLCStudio: Simulation based PLC code verificationSang C. Park, Chang Mok Park, Gi-Nam Wang, Jongeun Kwak, Sungjoo Yeo. 222-228 [doi]
- Introduction to SimioC. Dennis Pegden. 229-235 [doi]
- Empowering decision support with simulation technology - Scenario NavigatorEdwin Valentin, Renk A. Bijlsma, Vincent de Gast. 236-244 [doi]
- Comparing two systems: Beyond common random numbersSamuel Ehrlichman, Shane G. Henderson. 245-251 [doi]
- Run-length variability of two-stage multiple comparisons with the best for steady-state simulations and its implications for choosing first-stage run lengthsMarvin K. Nakayama. 252-259 [doi]
- Comparison of bayesian priors for highly reliable limit modelsRoy R. Creasey Jr., K. Preston White, Linda B. Wright, Cheryl F. Davis. 260-265 [doi]
- A preliminary study of optimal splitting for rare-event simulationJohn F. Shortle, Chun-Hung Chen. 266-272 [doi]
- A new perspective on feasibility determinationRoberto Szechtman, Enver Yücesan. 273-280 [doi]
- Restricted subset selectionE. Jack Chen. 281-289 [doi]
- An efficient Ranking and Selection procedure for a linear transient mean performance measureDouglas J. Morrice, Mark W. Brantley, Chun-Hung Chen. 290-296 [doi]
- Update on economic approach to simulation selection problemsStephen E. Chick, Noah Gans. 297-304 [doi]
- The knowledge-gradient stopping rule for ranking and selectionPeter Frazier, Warren B. Powell. 305-312 [doi]
- Monotonicity and stratificationGang Zhao, Pirooz Vakili. 313-319 [doi]
- Control variate technique: A constructive approachTarik Borogovac, Pirooz Vakili. 320-327 [doi]
- Efficient simulation for tail probabilities of Gaussian random fieldsRobert J. Adler, Jose Blanchet, Jingchen Liu. 328-336 [doi]
- Functional Data Analysis for non homogeneous Poisson ProcessesMartin Gaston, Teresa León, Fermin Mallor. 337-343 [doi]
- Reliable simulation with input uncertainties using an interval-based approachOla Ghazi Batarseh, Yan Wang. 344-352 [doi]
- Smooth flexible models of nonhomogeneous poisson processes using one or more process realizationsMichael E. Kuhl, Shalaka C. Deo, James R. Wilson. 353-361 [doi]
- Stochastic kriging for simulation metamodelingBruce E. Ankenman, Barry L. Nelson, Jeremy Staum. 362-370 [doi]
- Selecting the best linear simulation metamodelRussell Cheng. 371-378 [doi]
- Data enhancement, smoothing, reconstruction and optimization by kriging interpolationHasan Gunes, Hakki Ergun Cekli, Ulrich Rist. 379-386 [doi]
- Skart: A skewness- and autoregression-adjusted batch-means procedure for simulation analysisAli Tafazzoli, James R. Wilson, Emily K. Lada, Natalie M. Steiger. 387-395 [doi]
- A large deviations view of asymptotic efficiency for simulation estimatorsPeter W. Glynn, Sandeep Juneja. 396-406 [doi]
- Displaying statistical point estimators: The leading-digit procedureWheyming Tina Song, Bruce W. Schmeiser. 407-412 [doi]
- The more plot: Displaying measures of risk & error from simulation outputBarry L. Nelson. 413-416 [doi]
- A distribution-free tabular CUSUM chart for correlated data with automated variance estimationJoongsup Lee, Christos Alexopoulos, David Goldsman, Seong-Hee Kim, Kwok-Leung Tsui, James R. Wilson. 417-425 [doi]
- Implementable MSE-optimal dynamic partial-overlapping batch means estimators for steady-state simulationsWheyming Tina Song, Mingchang Chih. 426-435 [doi]
- Simulation of a Lévy process by PCA sampling to reduce the effective dimensionPierre L Ecuyer, Jean-Sebastien Parent-Chartier, Maxime Dion. 436-443 [doi]
- Fast simulation of equity-linked life insurance contracts with a surrender optionCarole Bernard, Christiane Lemieux. 444-452 [doi]
- On the approximation error in high dimensional model representationXiaoqun Wang. 453-462 [doi]
- Comparing designs for computer simulation experimentsRachel T. Johnson, Bradley Jones, John W. Fowler, Douglas C. Montgomery. 463-470 [doi]
- Using simulation early in the design of a fuel injector production lineMustafa Tongarlak, Bruce E. Ankenman, Barry L. Nelson, Laurent Borne, Kyle Wolfe. 471-478 [doi]
- Design Of Experiments: OverviewJack P. C. Kleijnen. 479-488 [doi]
- Large deviations perspective on ordinal optimization of heavy-tailed systemsJose Blanchet, Jingchen Liu, Bert Zwart. 489-494 [doi]
- Mathematical programming representations for state-dependent queuesWai Kin Chan, Lee W. Schruben. 495-501 [doi]
- Discrete stochastic optimization using linear interpolationHonggang Wang, Bruce W. Schmeiser. 502-508 [doi]
- Max-Min optimality of service rates in queueing systems with customer-average performance criterionLi Xia, Ming Xie, Wen Jun Yin, Jin Dong. 509-515 [doi]
- Evaluating the transient behavior of queueing systems via simulation and transfer function modelingJingang Liu, Feng Yang. 516-524 [doi]
- On step sizes, stochastic shortest paths, and survival probabilities in Reinforcement LearningAbhijit Gosavi. 525-531 [doi]
- Automating warm-up length estimationKathryn Hoad, Stewart Robinson, Ruth Davies. 532-540 [doi]
- Stationarity tests and MSER-5: Exploring the intuition behind mean-squared-error-reduction in detecting and correcting initialization biasWilliam W. Franklin, K. Preston White. 541-546 [doi]
- Using slithers of simulation in a new approach for intelligent initialization of non-terminating systemsPhilip G. Brabazon. 547-555 [doi]
- Monte carlo simulation of diffusionsPeter W. Glynn. 556-559 [doi]
- Simulating point processes by intensity projectionKay Giesecke, Hossein Kakavand, Mohammad Mousavi. 560-568 [doi]
- Beta approximations for bridge samplingPaul Glasserman, Kyoung-Kuk Kim. 569-577 [doi]
- Connecting the top-down to the bottom-up: Pricing CDO under a Conditional Survival (CS) modelXian Hua Peng, Steven G. Kou. 578-586 [doi]
- Reducing the variance of likelihood ratio greeks in Monte CarloLuca Capriotti. 587-593 [doi]
- Revisit of stochastic mesh method for pricing American optionsGuangwu Liu, L. Jeff Hong. 594-601 [doi]
- Valuation of variable annuity contracts with cliquet options in Asia marketsMing-Hua Hsieh. 602-606 [doi]
- Efficient tail estimation for sums of correlated lognormalsJose Blanchet, Sandeep Juneja, Leonardo Rojas-Nandayapa. 607-614 [doi]
- A rate result for simulation optimization with conditional value-at-risk constraintsSoumyadip Ghosh. 615-620 [doi]
- Optimizing portfolio tail measures: Asymptotics and efficient simulation optimizationSandeep Juneja. 621-628 [doi]
- Response surface methodology for simulating hedging and trading strategiesR. Evren Baysal, Barry L. Nelson, Jeremy Staum. 629-637 [doi]
- Supply chain risks analysis by using jump-diffusion modelXianzhe Chen, Jun Zhang. 638-646 [doi]
- A particle filtering framework for randomized optimization algorithmsEnlu Zhou, Michael C. Fu, Steven I. Marcus. 647-654 [doi]
- How to build better models: Applying agile techniques to simulationJames T. Sawyer, David M. Brann. 655-662 [doi]
- High performance spreadsheet simulation on a desktop gridJuta Pichitlamken, Supasit Kajkamhaeng, Putchong Uthayopas. 663-670 [doi]
- Prelude to the panel on what makes good research in Modeling & SimulationLevent Yilmaz, Jeffrey Smith. 671-676 [doi]
- Panel discussion: What makes good research in modeling and simulation: Sustaining the growth and vitality of the M&S disciplinePaul Davis, Paul A. Fishwick, Xiaolin Hu, John A. Miller, Maria Hybinette, Tuncer I. Ören, Paul Reynolds, Hessam S. Sarjoughian, Andreas Tolk. 677-688 [doi]
- Panel discussion: What makes good research in modeling and simulation: Assessing the quality, success, and utility of M&S researchJeffrey S. Smith, John A. Hamilton, Richard E. Nance, Barry L. Nelson, George F. Riley, Lee W. Schruben. 689-694 [doi]
- An approach for the effective utilization of GP-GPUS in parallel combined simulationDavid W. Bauer, Matthew McMahon, Ernest H. Page. 695-702 [doi]
- A Pi-calculus formalism for discrete event simulationJianrui Wang, Richard A. Wysk. 703-711 [doi]
- Applying causal inference to understand emergent behaviorRoss Gore, Paul F. Reynolds Jr.. 712-721 [doi]
- Lean engineering for planning systems redesign - staff participation by simulationDurk-Jouke van der Zee, Arnout Pool, Jakob Wijngaard. 722-730 [doi]
- The improved sweep metaheuristic for simulation optimization and application to job shop schedulingGeorge Jiri Mejtsky. 731-739 [doi]
- Discrete Rate Simulation using linear programmingCecile Damiron, Anthony Nastasi. 740-749 [doi]
- Preventive what-if analysis in symbiotic simulationHeiko Aydt, Stephen John Turner, Wentong Cai, Malcolm Yoke-Hean Low, Peter Lendermann, Boon-Ping Gan, Rassul Ayani. 750-758 [doi]
- Concurrent simulation and optimization models for mining planningMarcelo Moretti Fioroni, Luiz Augusto Gago Franzese, Tales Jefferson Bianchi, Luiz Ezawa, Luiz Ricardo Pinto, Gilberto de Miranda. 759-767 [doi]
- A modeling-based classification algorithm validated with simulated dataKaren Hovsepian, Peter Anselmo, Subhasish Mazumdar. 768-776 [doi]
- Future trends in distributed simulation and distributed virtual environments: Results of a peer studySteffen Straßburger, Thomas Schulze, Richard Fujimoto. 777-785 [doi]
- Simulating culture: An experiment using a multi-user virtual environmentPaul A. Fishwick, Julie Henderson, Elinore Fresh, Franz Futterknecht, Benjamin D. Hamilton. 786-794 [doi]
- A fast hybrid time-synchronous/event approach to parallel discrete event simulation of queuing networksHyungwook Park, Paul A. Fishwick. 795-803 [doi]
- Simulation of stochastic hybrid systems with switching and reflecting boundariesDerek Riley, Kasandra Riley. 804-812 [doi]
- Vesicle-synapsin interactions modeled with Cell-DEVSRhys Goldstein, Gabriel Andrés Wainer, James J. Cheetham, Roderick S. Bain. 813-821 [doi]
- Establishing the credibility of a biotech simulation modelLenrick Johnston, Lee Schruben, Arden Yang, David Zhang. 822-826 [doi]
- A flexible and scalable experimentation layerJan Himmelspach, Roland Ewald, Adelinde M. Uhrmacher. 827-835 [doi]
- A plug-in-based architecture for random number generation in simulation systemsRoland Ewald, Johannes Rossel, Jan Himmelspach, Adelinde M. Uhrmacher. 836-844 [doi]
- A simulation framework for service-oriented computing systemsHessam S. Sarjoughian, Sungung Kim, Muthukumar Ramaswamy, Stephen Yau. 845-853 [doi]
- Transparent and adaptive computation-block caching for agent-based simulation on a PDES coreYin Xiong, Maria Hybinette, Eileen Kraemer. 854-862 [doi]
- Using agent technology to move from intention-based to effect-based modelsAndreas Tolk, Robert J. Bowen, Patrick T. Hester. 863-871 [doi]
- An analysis of emerging behaviors in large-scale queueing-based service systems using agent-based simulationWai Kin Chan. 872-878 [doi]
- Mental simulation for creating realistic behavior in physical security systems simulationVolkan Ustun, Jeffrey S. Smith. 879-885 [doi]
- Integrated human decision making model under Belief-Desire-Intention framework for crowd simulationSeungho Lee, Young Jun Son. 886-894 [doi]
- Introducing age-based parameters into simulations of crowd dymanicsD. J. Kaup, Thomas L. Clarke, Rex Oleson, Linda C. Malone, Florian G. Jentsch. 895-902 [doi]
- A simplified modeling approach for human system interactionTorbjorn P. E. Ilar. 903-908 [doi]
- MMOHILS: A simpler approach to valid agents in human simulation studiesSeth N. Hetu, Gary Tan. 909-913 [doi]
- Modelling and simulation of team effectiveness emerged from member-task interactionShengping Dong, Bin Hu, Jiang Wu. 914-922 [doi]
- Design guidelines for simulation building blocksAlexander Verbraeck, Edwin Valentin. 923-932 [doi]
- Extending DEVS to support multiple occurrence in component-based simulationOlivier Dalle, Bernard P. Zeigler, Gabriel Andrés Wainer. 933-941 [doi]
- Definition and analysis of composition structures for discrete-event modelsMathias Röhl, Adelinde M. Uhrmacher. 942-950 [doi]
- Conceptual modelling: Knowledge acquisition and model abstractionKathy Kotiadis, Stewart Robinson. 951-958 [doi]
- Accomplishing reuse with a simulation conceptual modelOsman Balci, James D. Arthur, Richard E. Nance. 959-965 [doi]
- Mathematical models towards self-organizing formal federation languages based on conceptual models of information exchange capabilitiesAndreas Tolk, Saikou Y. Diallo, Charles D. Turnitsa. 966-974 [doi]
- Conceptual simulation modeling: The structure of domain specific simulation environmentKitti Setavoraphan, Floyd H. Grant. 975-986 [doi]
- Combined use of modeling techniques for the development of the conceptual model in simulation projectsJosé Arnaldo Barra Montevechi, Rafael Florencio da Silva Costa, Fabiano Leal, Alexandre Ferreira de Pinho, Fernando Augusto Silva Marins, Fabio Ferreira Marins, Jose Tadeu de Jesus. 987-995 [doi]
- Experience in the broadening of a single-purpose simulation modelReid L. Kress, Pete Bereolos, Karen Bills, James Clinton, Jack Dixon, Phil Dunn, Julie Moore, Rob Wilson. 996-1002 [doi]
- Distributed multi-layered workload synthesis for testing stream processing systemsEric Bouillet, Parijat Dube, David George, Zhen Liu, Dimitrios E. Pendarakis, Li Zhang. 1003-1011 [doi]
- A methodology for unit testing actors in proprietary discrete event based simulationsMark E. Coyne, Scott R. Graham, Kenneth M. Hopkinson, Stuart H. Kurkowski. 1012-1019 [doi]
- Measuring the effectiveness of the s-metric to produce better network modelsIsabel Beichl, Brian Cloteaux. 1020-1028 [doi]
- An application of parallel Monte Carlo modeling for real-time disease surveillanceDavid W. Bauer, Mojdeh Mohtashemi. 1029-1037 [doi]
- Partial-modular DEVS for improving performance of cellular space wildfire spread simulationYi Sun, Xiaolin Hu. 1038-1046 [doi]
- Parallel discrete-event simulation of population dynamicsBhakti Satyabudhi, Stephan Onggo. 1047-1054 [doi]
- Deferred vs. immediate modification of simulation state in a parallel discrete event simulator using threaded worker poolsDavid W. Mutschler. 1055-1060 [doi]
- Dynamic entity distribution in parallel discrete event simulationMichael Slavik, Imad Mahgoub, Ahmed Badi. 1061-1067 [doi]
- Quantitative assessment of an agent-based simulation on a time warp executiveGeorge Vulov, Tianhao He, Maria Hybinette. 1068-1076 [doi]
- Supporting simulation in industry through the application of grid computingNavonil Mustafee, Simon J. E. Taylor. 1077-1085 [doi]
- Management of HLA-based distributed legacy SLX-modelsMichael Raab, Thomas Schulze, Steffen Straßburger. 1086-1093 [doi]
- Distributed simulation in industry - a survey Part 3 - the HLA standard in industryCsaba Attila Boer, Arie de Bruin, Alexander Verbraeck. 1094-1102 [doi]
- Predictive-conservative synchronization for commercial simulation package interoperabilityYuanxi Liang, Stephen John Turner, Boon-Ping Gan. 1103-1111 [doi]
- Improving performance by replicating simulations with alternative synchronization approachesZengxiang Li, Wentong Cai, Stephen John Turner, Ke Pan. 1112-1120 [doi]
- Federated simulations for systems of systems integrationRobert H. Kewley, James Cook, Niki Goerger, Dale Henderson, Edward Teague. 1121-1129 [doi]
- Design and implementation of an XML-based, technology-unified data pipeline for interactive simulationFrançois Rioux, François Bernier, Denis Laurendeau. 1130-1138 [doi]
- Service-Oriented-Architecture based framework for multi-user virtual environmentsXiaoyu Zhang, Denis Gracanin. 1139-1147 [doi]
- Knowledge representation and the dimensions of a multi-model relationshipCharles D. Turnitsa, Andreas Tolk. 1148-1156 [doi]
- Modeling and simulation of multinational intra-theatre logistics distributionAhmed Ghanmi, Gregory B. Campbell, Thomas A. Gibbons. 1157-1163 [doi]
- A discrete event simulation model for examining future sustainability of Canadian Forces operationsPatricia Moorhead, Andrew Wind, Mira Halbrohr. 1164-1172 [doi]
- Application of simulation modeling for air force enterprise IT Transformation initiativesLisa M. Fitzgerald, Tiffany J. Harper. 1173-1178 [doi]
- Feasibility study for replacing the MK19 automatic grenade launching systemKyle Hurst, Nathan Klein, Mario Feliciano, Steven Warner, Scott Crino. 1179-1185 [doi]
- On the availability of the CH149 Cormorant fleetRaman Pall. 1186-1193 [doi]
- Automating the constraining processJoel J. Luna. 1194-1199 [doi]
- Creating and using non-kinetic effects: Training joint forces for asymmetric operationsHugh Henry, Robert G. Chamberlain. 1200-1206 [doi]
- Linear modeling and simulation of low-voltage electric system for single-point vulnerability assessment of military installationEdgar C. Portante, Thomas N. Taxon, James A. Kavicky, Tarek Abdallah, Timothy K. Perkins. 1207-1215 [doi]
- Research and analysis of simulation-based networks through multi-objective visualizationJ. Mark Belue, Stuart H. Kurkowski, Scott R. Graham, Kenneth M. Hopkinson, Ryan W. Thomas, Joshua W. Abernathy. 1216-1224 [doi]
- Modeling and simulation of integrated intelligent systemsYongchang Li, Michael Balchanos, Bassem Nairouz, Neil Weston, Dimitri Mavris. 1225-1233 [doi]
- A design of experiments approach to military Deployment Planning ProblemUgur Ziya Yildirim, Ihsan Sabuncuoglu, Barbaros Ç. Tansel, Ahmet Balcioglu. 1234-1241 [doi]
- C-5 Isochronal inspection process modelingAlan W. Johnson, Charles Glasscock, Adam Little, Matthew Muha, David O Malley, Michael Bennett. 1242-1249 [doi]
- Information fusion in underwater sonar simulationYanshen Zhu, Maria Bull, Haluk M. Akin, José A. Sepúlveda, Luis Rabelo. 1250-1258 [doi]
- A hybrid approach based on multi-agent geosimulation and reinforcement learning to solve a UAV patrolling problemJimmy Perron, Jimmy Hogan, Bernard Moulin, Jean Berger, Micheline Bélanger. 1259-1267 [doi]
- Multi-objective UAV mission planning using evolutionary computationAdam J. Pohl, Gary B. Lamont. 1268-1279 [doi]
- Assignment of probabilities to events for combat simulationJohn B. Gilmer Jr., Frederick J. Sullivan. 1280-1288 [doi]
- A multi threaded and resolution approach to simulated futures evaluationDavid R. Pratt, Robert W. Franceschini, Robert B. Burch, Robert S. Alexander. 1289-1295 [doi]
- A systems engineering process supporting the development of operational requirements driven federationsAndreas Tolk, Thomas G. Litwin, Robert H. Kewley. 1296-1304 [doi]
- Simulating pandemic influenza preparedness plans for a public university: A hierarchical system dynamics approachTim Lant, Megan Jehn, Cody Christensen, Ozgur M. Araz, John W. Fowler. 1305-1313 [doi]
- Application of spatial visualization for probabilistic hurricanes risk assessment to build environmentYue Li, Tyler A. Erickson. 1314-1319 [doi]
- Dynamic security: An agent-based model for airport defenseWilliam E. Weiss. 1320-1325 [doi]
- Simulation of the research processMuaz Niazi, Amir Hussain, Abdul Rauf Baig, Saeed Bhatti. 1326-1334 [doi]
- The improvement of deformations and charateristics of HGA during clamping using finite element analysisThoatsanope Kamnerdtong, Surachate Chutima, Jukkraphun Parirukvijit. 1335-1343 [doi]
- Randomized methods for solving the Winner Determination Problem in combinatorial auctionsJoshua C. C. Chan, Dirk P. Kroese. 1344-1349 [doi]
- Simulation down underMatthew P. J. Pepper, Trevor A. Spedding. 1350-1355 [doi]
- Simulation and experimental design applied to sizing supermarket cashiers in ColombiaJorge A. Alvarado, Luis M. Pulido. 1356-1361 [doi]
- Simulation and optimization in a health center in Medellin, ColombiaKarol Perez, Laura Cardona, Sebastian Gomez, Tomas Olarte, Paula Escudero. 1362-1367 [doi]
- Modeling and development of an ARENA® interface for Petri Nets. A case study in a Colombian cosmetics companyGonzalo Mejia, Diego Martinez, Fidel Torres. 1368-1375 [doi]
- Simulation-optimization using a reinforcement learning approachCarlos D. Paternina-Arboleda, Jairo R. Montoya-Torres, Aldo Fabregas-Ariza. 1376-1383 [doi]
- Multi-resolution spatial simulation for molecular crowdingMatthias Jeschke, Adelinde M. Uhrmacher. 1384-1392 [doi]
- Simulation optimization with mathematical programming representation of discrete event systemsAndrea Matta. 1393-1400 [doi]
- Supportive role of the simulation in the process of ship engine crankcase production process of reengineering (case study)Pawel Pawlewski, Paulina Golinska, Marek Fertsch, Jesús A. Trujillo, Zbigniew J. Pasek. 1401-1409 [doi]
- Upgrade of a full-scope simulator for fossil-fuel power plantsJose Tavira-Mondragon, Jose Melgar-Garcia, Jorge Garcia-Garcia, Rafael Cruz-Cruz. 1410-1418 [doi]
- Mexican Public Hospitals: A model for improving emergency room waiting timesRodolfo Medina, Antonio Vazquez, Hector A. Juarez, Ricardo A. Gonzalez. 1419 [doi]
- DE:::2:::M: A solution for analyzing supply chainMaría de los Milagros Gutiérrez, Horacio P. Leone. 1420-1428 [doi]
- Criminal cycles in the illegal drug industry: A system dynamics approach applied to ColombiaSebastian Jaen, Isaac Dyner. 1429-1436 [doi]
- Modeling the cost of poor qualityClaudia Barbara, Edmundo Eutropio, C. de Souza, Rosangela Catunda. 1437-1441 [doi]
- Data Farming around the world overviewGary E. Horne, Klaus-Peter Schwierz. 1442-1447 [doi]
- Data Farming in Singapore: A brief historyChwee Seng Choo, Ee Chong Ng, Dave Ang, Ching Lian Chua. 1448-1455 [doi]
- Automated Red Teaming: An objective-based Data Farming approach for Red TeamingChing Lian Chua, Wee Chung Sim, Chwee Seng Choo, Victor Tay. 1456-1462 [doi]
- A simulation study of interventions to reduce appointment lead-time and patient no-show rateRonald E. Giachetti. 1463-1468 [doi]
- Applicability of hybrid simulation to different modes of governance in UK healthcareKirandeep Chahal, Tillal Eldabi. 1469-1477 [doi]
- System dynamics: What s in it for healthcare simulation modelersSally C. Brailsford. 1478-1483 [doi]
- DGHPSim: Supporting smart thinking to improve hospital performanceMurat M. Gunal, Michael Pidd. 1484-1489 [doi]
- Simulation-based verification of lean improvement for emergency room processNancy Khurma, Gheorghe M. Bacioiu, Zbigniew J. Pasek. 1490-1499 [doi]
- Optimizing staffing schedule in light of patient satisfaction for the whole outpatient hospital wardSoemon Takakuwa, Athula Wijewickrama. 1500-1508 [doi]
- Modelling patient arrivals when simulating an Accident and Emergency UnitLe Yin Meng, Trevor Spedding. 1509-1515 [doi]
- Reducing Emergency Department overcrowding - five patient buffer concepts in comparisonErik Michael Wilhelm Kolb, Jordan Peck, Sebastian Schoening, Taesik Lee. 1516-1525 [doi]
- Improving patient flow in a hospital emergency departmentDeborah J. Medeiros, Eric Swenson, Christopher DeFlitch. 1526-1531 [doi]
- A simulation-based approach for inventory modeling of perishable pharmaceuticalsAna R. Vila-Parrish, Julie Simmons Ivy, Russell E. King. 1532-1538 [doi]
- Simulation based decision-making for hospital pharmacy managementAlkin Yurtkuran, Erdal Emel. 1539-1546 [doi]
- Using simulation in the implementation of an Outpatient Procedure CenterTodd R. Huschka, Brian T. Denton, Bradly J. Narr, Adam C. Thompson. 1547-1552 [doi]
- A simulation study on the impact of physician starting time in a physical examination serviceWheyming Tina Song, Aaron E. Bair, Mingchang Chih. 1553-1563 [doi]
- Outpatient appointment scheduling in a multi facility systemAthula Wijewickrama, Soemon Takakuwa. 1563-1571 [doi]
- A simulator to improve waiting times at a Medical Imaging CenterFrancisco J. Ramis, Felipe F. Baesler, Edgar Berho, Liliana Neriz, José A. Sepúlveda. 1572-1577 [doi]
- Infectious disease Control policy: A role for simulationMargaret L. Brandeau. 1578-1582 [doi]
- Parallel simulation of the global epidemiology of Avian InfluenzaDhananjai M. Rao, Alexander Chernyakhovsky. 1583-1591 [doi]
- Pandemic influenza responseAli Ekici, Pinar Keskinocak, Julie L. Swann. 1592-1600 [doi]
- Heuristics for balancing Operating Room and post-anesthesia resources under uncertaintyJill H. Iser, Brian T. Denton, Russell E. King. 1601-1608 [doi]
- Applying computer simulation to increase the surgical center occupation rate at a University Hospital in Curitiba - BrazilRoberto Max Protil, Joelson Ricardo Stroparo, Gerson Linck Bichinho. 1609-1616 [doi]
- Maximizing the utilization of operating rooms with stochastic times using simulationJean-Paul M. Arnaout, Sevag Kulbashian. 1617-1623 [doi]
- How much is a health insurer willing to pay for Colorectal Cancer screening tests?Reza Yaesoubi, Stephen D. Roberts. 1624-1631 [doi]
- Discrete event simulation: Optimizing patient flow and redesign in a replacement facilityMarshall Ashby, David M. Ferrin, Martin J. Miller, Niloo Shahi. 1632-1636 [doi]
- Allocating outpatient clinic services using simulation and linear programmingMartin J. Miller, David M. Ferrin, Niloo Shahi, Richard R. Lavecchia. 1637-1644 [doi]
- Nonlinear process modeling and optimization based on Multiway Kernel Partial Least Squares modelLiqing Di, Zhihua Xiong, XianHui Yang. 1645-1651 [doi]
- Speeding up call center simulation and optimization by Markov chain uniformizationEric Buist, Wyean Chan, Pierre L Ecuyer. 1652-1660 [doi]
- A new policy for the service request assignment problem with multiple severity level, due date and sla penalty service requestsAnshul Sheopuri, Sai Zeng, Chitra Dorai. 1661-1668 [doi]
- Industrial enterprises business processes simulation with BPsim.MASKonstantin A. Aksyonov, Eugene A. Bykov, Elena F. Smoliy, Alexey A. Khrenov. 1669-1677 [doi]
- Business process based simulation: a powerful tool for demand analysis of business process reengineering and information system implementationLinlin Cui, Yueting Chai, Yi Liu. 1678-1686 [doi]
- Simulation of process execution monitoring and adjustment schemesRussell R. Barton, Jun Shu. 1687-1693 [doi]
- Towards a flexible business process modeling and simulation environmentChangrui Ren, Wei Wang, Jin Dong, Hongwei Ding, Bing Shao, Qinhua Wang. 1694-1701 [doi]
- Simulation modeling and analysis for in-store merchandizing of retail stores with enhanced information technologyKanna Miwa, Soemon Takakuwa. 1702-1710 [doi]
- Simulation based sales forecasting on retail small storesHairong Lv, Xinxin Bai, Wen Jun Yin, Jin Dong. 1711-1716 [doi]
- A new procedure model for verification and validation in production and logistics simulationMarkus Rabe, Sven Spieckermann, Sigrid Wenzel. 1717-1726 [doi]
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- Simulation analysis of semiconductor manufacturing with small lot size and batch tool replacementsKilian Schmidt, Oliver Rose. 2118-2126 [doi]
- A review of scheduling theory and methods for semiconductor manufacturing cluster toolsTae-Eog Lee. 2127-2135 [doi]
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- Simulation analysis of cluster tool operations in wafer fabricationAmit Kumar Gupta, Peter Lendermann, Appa Iyer Sivakumar, John Priyadi. 2141-2147 [doi]
- An analytical model for conveyor based AMHS in semiconductor wafer fabsDima Nazzal, Andrew Johnson, Hector J. Carlo, Jesus A. Jimenez. 2148-2155 [doi]
- A simulation based approach for supporting Automated Guided Vehicles (AGVs) systems designElisa Gebennini, Sara Dallari, Andrea Grassi, Giuseppe Perrica, Cesare Fantuzzi, Rita Gamberini. 2156-2163 [doi]
- Determining an appropriate number of FOUPs in semiconductor wafer fabrication facilitiesJens Zimmermann, Scott J. Mason, John W. Fowler, Lars Mönch. 2164-2170 [doi]
- Decision making and forecasting with respect to risk: A simulation study for a setup-problemMartin Romauch, Walter Laure, Georg Seidel, Christian Almeder. 2171-2175 [doi]
- An experimental study of an iterative simulation-optimization algorithm for production planningDurmus Fatih Irdem, Necip Baris Kacar, Reha Uzsoy. 2176-2184 [doi]
- Analysis of multiple process flows in an ASIC fab with a detailed photolithography area modelKamil Erkan Kabak, Cathal Heavey, Vincent Corbett. 2185-2193 [doi]
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- An indirect workforce (re)allocation model for semiconductor manufacturingChen-Fu Chien, Wen-Chih Chen, Shao-Chung Hsu. 2201-2208 [doi]
- Multi-product lot merging/splitting algorithms for a semiconductor wafer fabricationJune-Young Bang, Jae-Hun Kang, Bong-Kyun Kim, Yeong-Dae Kim. 2209-2215 [doi]
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- Using Little s Law to estimate cycle time and costKristin Rust. 2223-2228 [doi]
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- A contract of purchase commitments on shared yields as a risk-sharing mechanism among fabless-foundry partnershipYi-Nung Yang, Shi-Chung Chang. 2244-2250 [doi]
- Priority mix planning for cycle time-differentiated semiconductor manufacturing servicesShi-Chung Chang, Shin-Shyu Su, Ke-Ju Chen. 2251-2259 [doi]
- Solving volume and capacity planning problems in semiconductor manufaturing: A computational studyChristoph Habla, Lars Mönch. 2260-2266 [doi]
- The ongoing challenge - an accurate assessment of supply linked to demand to create an enterprise-wide end to end detailed central supply chain planKen Fordyce, Alfred Degbotse, John Milne, Robert Orzell, Chi-Tai Wang. 2267-2270 [doi]
- Simulation based planning and scheduling system for TFT-LCD FabBum C. Park, Eui S. Park, Byoung K. Choi, Byung H. Kim, Jin H. Lee. 2271-2276 [doi]
- Technology that upsets the social order - a paradigm shift in assigning lots to tools in a wafer fabricator - the transition from rules to optimizationKen Fordyce, Robert Bixby, Richard Burda. 2277-2285 [doi]
- Scheduling a multi-chip package assembly line with reentrant processes and unrelated parallel machinesSang-Jin Lee, Tae-Eog Lee. 2286-2291 [doi]
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- Managing WIP and cycle time with the help of Loop ControlSteffen Kalisch, Robert Ringel, Jorg Weigang. 2298-2304 [doi]
- High speed semiconductor fab simulation for large, medium and small lot sizesPeter C. Bosch, Robert L. Wright. 2305-2312 [doi]
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- Toward on-demand wafer fab simulation using formal structure & behavior modelsEdward Huang, Ky Sang Kwon, Leon F. McGinnis. 2341-2349 [doi]
- Using OMG S SYSML to support simulationChristiaan J. J. Paredis, Thomas Johnson. 2350-2352 [doi]
- Simulation-based, optimized scheduling of limited bar-benders over multiple building sitesHoi-Ching Lam, Ming Lu. 2353-2360 [doi]
- Multi-Agent Resource Allocation (MARA) for modeling construction processesYang Liu, Yasser Mohamed. 2361-2369 [doi]
- A dynamic crashing method for project management using simulation-based optimizationMichael E. Kuhl, Radhames A. Tolentino-Pena. 2370-2376 [doi]
- Using situational simulations to collect and analyze dynamic construction management decision-making dataMatt Watkins, Amlan Mukherjee, Nilufer Onder. 2377-2386 [doi]
- A framework for real-time simulation of heavy construction operationsLingguang Song, Fernando Ramos, Katie Arnold. 2387-2395 [doi]
- A framework for simulating industrial construction processesNaimeh Sadeghi, Aminah Robinson Fayek. 2396-2401 [doi]
- Simulation and optimization for construction repetitive projects using promodel and simrunnerChachrist Srisuwanrat, Photios G. Ioannou, Omer Tsimhoni. 2402-2412 [doi]
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- Photo-based 3D modeling of construction resources for visualization of operations simulation: Case of modeling a precast façadeFei Dai, Ming Lu. 2439-2446 [doi]
- Simulation and visualization of traffic operations in Augmented Reality for improved planning and design of road construction projectsAmir H. Behzadan, Vineet R. Kamat. 2447-2454 [doi]
- A simulation template for modeling tunnel shaft constructionFangyi Zhou, Simaan M. AbouRizk, Siri Fernando. 2455-2461 [doi]
- An integrated CAD and simulation model for concrete operationsAly Abdel Fattah, Janaka Y. Ruwanpura. 2462-2470 [doi]
- Simulation of modular building constructionOsama M. Mohsen, Paul J. Knytl, Basel Abdulaal, Jacek Olearczyk, Mohamed Al-Hussein. 2471-2478 [doi]
- Harnessing the power of simulation in the project management / decision support aspects of the construction industryGunnar Lucko, Perakath C. Benjamin, Michael G. Madden. 2479-2487 [doi]
- Identifying significant factors affecting Request For Information (RFI) process timeChang-sun Chin, Jeffrey S. Russell. 2488-2496 [doi]
- Simulation as a tool for life cycle cost analysisKhaled Shahata, Tarek Zayed. 2497-2503 [doi]
- Tunnel_Sim: Decision support tool for planning tunnel construction using computer simulationMohamed Marzouk, Moatassem Abdallah, Moheeb Elsaid. 2504-2511 [doi]
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- Integrating simulation and optimization research into a graduate supply chain modeling courseRicki G. Ingalls, Mario Cornejo, Chinnatat Methapatara, Peerapol Sittivijan. 2527-2533 [doi]
- Learning and practising supply chain management strategies from a business simulation game: A comprehensive supply chain simulationLi Zhou, Ying Xie, Nigel Wild, Charles Hunt. 2534-2542 [doi]
- Hurricane! - A simulation-based program for science educationJia Luo, Alpesh P. Makwana, Dezhi Liao, J. Peter Kincaid. 2543-2548 [doi]
- Enhancing simulation as improvement and decision support system toolHeriberto Garcia, Eduardo Garcia. 2549-2554 [doi]
- Multiple worlds in simulation games for spatial decision making: Concept and architectureMichele Fumarola, Alexander Verbraeck. 2555-2562 [doi]
- A 3-D pyramid/prism approach to view knowledge requirements for the batch means method when taught in a language-focused, undergraduate simulation courseChris Poyner, Mary C. Court, Huong Pham, Jennifer Pittman. 2563-2571 [doi]
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- A simulation approach to the evaluation of operational costs and performance in liner shipping operationsAldo A. McLean, William E. Biles. 2577-2584 [doi]
- Determination of operating policies for a barge transportation system through simulation and optimization modelingNicholas P. Anderson, Gerald W. Evans. 2585-2589 [doi]
- An object-oriented programming approach for a GIS data-driven simulation model of traffic on an inland waterwayDaniel Sasso, William E. Biles. 2590-2594 [doi]
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- An introduction to IBM General Business Simulation EnvironmentWei Wang, Jin Dong, Hongwei Ding, Changrui Ren, Minmin Qiu, Young M. Lee, Feng Cheng. 2700-2707 [doi]
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- Simulation-based optimization for the quay crane scheduling problemPasquale Legato, Rina Mary Mazza, Roberto Trunfio. 2717-2725 [doi]
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- A simulation based approach for dock allocation in a food distribution centerBalagopal Gopakumar, Suvarna Sundaram, Shengyong Wang, Sumit Koli, Krishnaswami Srihari. 2750-2755 [doi]
- Determination of operating policies for a barge transportation system through simulation and optimization modelingNicholas P. Anderson, Gerald W. Evans. 2756-2760 [doi]
- Proposed methodology for a data-driven simulation for estimating performance measures along signalized arterials in real-timeDwayne Henclewood, Michael Hunter, Richard Fujimoto. 2761-2768 [doi]
- A simulation framework for assessing the performance of cooperative transportation planning algorithmsRalf Sprenger, Lars Mönch. 2769-2776 [doi]
- Constructing business simulations with service patternsRichard B. Lam. 2777-2782 [doi]
- Managing workforce resource actions with multiple feedback control schemesYoung M. Lee, Lianjun An, Daniel Connors. 2783-2791 [doi]
- Modeling and simulation of e-mail social networks: A new stochastic agent-based approachFabian Menges, Bud Mishra, Giuseppe Narzisi. 2792-2800 [doi]
- Generating artificial populations using a multi-level fuzzy inference engineCarlos R. Garcia-Alonso, Gabriel M. Perez-Alcala. 2801-2810 [doi]
- Phrase based browsing for simulation traces of network protocolsNathan J. Schmidt, Peter Kemper. 2811-2819 [doi]
- New approaches for inference of unobservable queuesYun Bae Kim, Jinsoo Park. 2820-2825 [doi]
- A simulation model to analyze the impact of hole size on putting in golfMatulya Bansal, Mark Broadie. 2826-2834 [doi]
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- An integrated model for evaluating self sustainability of bio-energy settlements: Technological, economical and social aspectsAlessandro Catania A., Roberto Revetria, Francesca Oliva, Lucia Cassettari. 2844-2851 [doi]
- Towards applications of particle filters in wildfire spread simulationFeng Gu, Xiaolin Hu. 2852-2860 [doi]
- Models of a predator-prey relationship in a closed habitatCharles E. Knadler Jr.. 2861-2870 [doi]
- A simulation model for intensive piglet production systemsLluis Miguel Pla Aragones, Virginia Flores Marias, Sara V. Rodriguez-Sanchez. 2871-2875 [doi]
- REal-time delay estimation in call centersRouba Ibrahim, Ward Whitt. 2876-2883 [doi]
- A simulation based scheduling model for call centers with uncertain arrival ratesThomas R. Robbins, Terry P. Harrison. 2884-2890 [doi]
- Enhanced Bandwidth-Delay Based Routing Algorithm for a packet-switched virtual call centre environmentAkinbola Adetunji, Hadi Larijani. 2891-2900 [doi]
- Simulating the performance of a Class-Based Weighted Fair Queueing systemMartin J. Fischer, Denise M. Bevilacqua Masi, John Shortle. 2901-2908 [doi]
- Designing simulation experiments with controllable and uncontrollable factorsChristian Dehlendorff, Murat Kulahci, Klaus K. Andersen. 2909-2915 [doi]
- Automated execution of simulation studies demonstrated via a simulation of a carSven Dominka, Eduard Broecker, Frank Schiller. 2916-2924 [doi]
- Simulation of passenger screening for pandemic influenza at U.S. airport ports of entryRobert Brigantic, George Muller. 2925 [doi]
- Throughput capacity verification of automated parking systemsMarcelo Zottolo, Kathryn Peacock, Eric Lammers, Edward J. Williams. 2926 [doi]
- A Six Sigma DMADV project: The 787 LCF scheduling toolRoberto F. Lu, Cliff J. Kirkham. 2927 [doi]
- Discrete event simulation aids new Lean Production System at Mimeo.comPaul Babin, Gozde Agirbas. 2928 [doi]
- JTRS executable architectureJoseph Stuart Hurvitz. 2929 [doi]
- Implementation of Core Manufacturing Simulation Data in aerospace industryRoberto F. Lu, Swee Leong, Niles Bengtsson, Björn Johansson, Frank Riddick, Y. Tina Lee, Guodong Shao, Charles McLean, Al Salour, Laurance N. Hazlehurst, Sidney Ly. 2930 [doi]
- Flexible simulations for manufacturingChristopher Milligan, Doug Meiser. 2931 [doi]
- Simulation as an integral part of the decision making processes in a service industry: Eircom s field techniciansFeargal Timon. 2932 [doi]
- The use of discrete event simulation for designing robustness into Ground Combat VehiclesTommy E. White. 2933 [doi]
- Asset Reliability Modeling and SimulationTed T. Tower. 2934 [doi]
- Case study for usage modeling in the automotive industryArai Monteforte. 2935 [doi]
- Productivity evaluation of 56 pipe production unitSoheil Mardani, Mohammad Alkatheer. 2936 [doi]
- 3D simulation supports business improvements in Small Medium EnterprisesColm Higgins, Rory Collins, Tom Egar. 2937 [doi]
- Simulation of Queensland coal rail operationsColin Murray Eustace. 2938 [doi]
- Design & evaluation of engine assembly line layoutsSoheil Mardani, Pouyan Jalili. 2939 [doi]
- Simulation of sublevel caving operation - simulation applied to miningMarco Alessandro Corsaro. 2940 [doi]
- A non-homogeneous approach to simulating the spread of disease in a pandemic outbreakTheo Wibisono, Dionne M. Aleman, Brian Schwartz. 2941 [doi]
- A comparison of sequential design methods for RF circuit block modelingKarel Crombecq, Luciano De Tommasi, Dirk Gorissen, Tom Dhaene. 2942 [doi]
- SDL distributed simulatorPau Fonseca. 2943 [doi]
- Modeling of supply chain with variation of inventory systems at nodesGonzalez S. Fernando, Davila R. Diana, Sumoza S. Marlloly, Ramirez P. Luis. 2944 [doi]
- An interdependent infrastructure risk analysis framework using parallel and distributed simulationYan Gu, Yue Li. 2945 [doi]
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- An XML-based language for DEVS componentsNicolas G. Meseth, Patrick Kirchhof, Thomas Witte. 2948 [doi]
- Better confidence intervals for importance samplingHalis Sak, Josef Leydold. 2949 [doi]
- Optimal service channel reconfiguration based on multi-agent simulationJin Yan Shao, Ming Xie, Li Xia, Wen Jun Yin, Jin Dong. 2950 [doi]
- Rule flow logic verification: A simulation based approachChunhua Tian, Hao Zhang, Feng Li. 2951 [doi]
- Verifying the design of a cellular manufacturing systemBenny Tjahjono, Rossella Stama. 2952 [doi]
- An agent-based simulation study of the dynamics of mobile viral advertisingJiang Wu, Bin Hu. 2953 [doi]
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