Table of Contents

• On innovation, and building and sustaining a successful career in researchRichard M. Fujimoto. 1-11 [doi]
• ExtendSim technology: scenario managementDavid Krahl. 12-19 [doi]
• Simulation education: seven reasons for changeAllen G. Greenwood, Malcolm Beaverstock. 20-28 [doi]
• Introduction to SimioClaude Dennis Pegden, David T. Sturrock. 29-38 [doi]
• AutoMod™: providing simulation solutions for over 25 yearsDan Muller. 39-51 [doi]
• Recent innovations in SimioDavid T. Sturrock, Claude Dennis Pegden. 52-62 [doi]
• ® distribution-fitting software can make your simulation models more validAverill M. Law. 63-69 [doi]
• Introduction to SAS simulation studioEd Hughes, Emily K. Lada. 70-79 [doi]
• Inside discrete-event simulation software: how it works and why it mattersThomas J. Schriber, Daniel T. Brunner. 80-94 [doi]
• Monte Carlo estimation of value-at-risk, conditional value-at-risk and their sensitivitiesL. Jeff Hong, Guangwu Liu. 95-107 [doi]
• Simulation in statisticsChristian P. Robert. 108-119 [doi]
• Random generation of combinatorial structures: Boltzmann samplers and beyondPhilippe Duchon. 120-132 [doi]
• Correlation, simulation and uncertainty in catastrophe modelingDag Lohmann, Feng Yue. 133-145 [doi]
• Rare event simulation techniquesJose Blanchet, Henry Lam. 146-160 [doi]
• Distributed computing and modeling & simulation: speeding up simulations and creating large modelsSimon J. E. Taylor, Mohammadmersad Ghorbani, Navonil Mustafee, Stephen John Turner, Tamás Kiss, Daniel Farkas, Shane Kite, Steffen Straßburger. 161-175 [doi]
• How to successfully conduct large-scale modeling and simulation projectsOsman Balci. 176-182 [doi]
• Verification and validation of simulation modelsRobert G. Sargent. 183-198 [doi]
• Agent-based discrete-event hybrid space modeling approach for transportation evacuation simulationBo Zhang, Wai Kin (Victor) Chan, Satish V. Ukkusuri. 199-209 [doi]
• Including airport duty-free shopping in arriving passenger simulation and the opportunities this presentsTristan Kleinschmidt, Xufeng Guo, Wenbo Ma, Prasad K. D. V. Yarlagadda. 210-221 [doi]
• An agent based model for evacuation traffic managementManini Madireddy, D. J. Medeiros, Soundar Kumara. 222-233 [doi]
• A multi-methodology agent-based approach for container loadingNavonil Mustafee, Eberhard E. Bischoff. 234-245 [doi]
• Strategic behavior in a living environmentMarco Lützenberger, Sebastian Ahrndt, Benjamin Hirsch, Nils Masuch, Axel Heßler, Sahin Albayrak. 246-258 [doi]
• Agent based simulation design for aggregation and disaggregationTiffany J. Harper, John O. Miller, Raymond R. Hill, J. Robert Wirthlin. 259-270 [doi]
• Image-scenarization: from conceptual models to executable simulationFrançois Rioux, Michel Lizotte. 271-283 [doi]
• Towards an ontological foundation of agent-based simulationGiancarlo Guizzardi, Gerd Wagner. 284-295 [doi]
• A general-purpose graph dynamical system modeling frameworkChris J. Kuhlman, V. S. Anil Kumar, Madhav V. Marathe, Henning S. Mortveit, Samarth Swarup, Gaurav Tuli, S. S. Ravi, Daniel J. Rosenkrantz. 296-308 [doi]
• Model theoretic implications for agent languages in support of interoperability and composabilityAndreas Tolk, Saikou Y. Diallo, Jose J. Padilla, Heber Herencia-Zapana. 309-320 [doi]
• Understanding the impact of communications technologies on virtual team performance: an agent-based simulation modelVikas Sahasrabudhe, Shivraj Kanungo, Ramakrishna Iyer. 321-332 [doi]
• Agentizing the social science of crimeSteven P. Wilcox. 333-344 [doi]
• Integrating BDI reasoning into agent based modeling and simulationLin Padgham, David Scerri, Gaya Buddhinath Jayatilleke, Sarah L. Hickmott. 345-356 [doi]
• Interaction metric of emergent behaviors in agent-based simulationWai Kin (Victor) Chan. 357-368 [doi]
• Greedy servers on a torusKarl W. Stacey, Dirk P. Kroese. 369-380 [doi]
• Informed virtual geographic environments: a geometrically precise and semantically enriched model for multi-agent geo-simulationsMehdi Mekni, Bernard Moulin. 381-392 [doi]
• Thirty years of "batch size effects"Barry L. Nelson. 393-400 [doi]
• Overlapping batch means: something more for nothing?Christos Alexopoulos, David Goldsman, James R. Wilson. 401-411 [doi]
• An introspective on the retrospective-approximation paradigmRaghu Pasupathy. 412-421 [doi]
• Fitting mixture importance sampling distributions via improved cross-entropyTim J. Brereton, Joshua C. C. Chan, Dirk P. Kroese. 422-428 [doi]
• Graph reductions to speed up importance sampling-based static reliability estimationPierre L'Ecuyer, Samira Saggadi, Bruno Tuffin. 429-438 [doi]
• A cross-validation approach to bandwidth selection for a kernel-based estimate of the density of a conditional expectationAthanassios N. Avramidis. 439-443 [doi]
• Inverse transform method for simulating Levy processes and discrete Asian options pricingZisheng Chen, Liming Feng, Xiong Lin. 444-456 [doi]
• Using Pearson Type IV and other cinderella distributions in simulationRussell Cheng. 457-468 [doi]
• I-SMOOTH: iteratively smoothing piecewise-constant Poisson-process rate functionsHuifen Chen, Bruce W. Schmeiser. 469-480 [doi]
• Brownian bridge hypothesis testing for the initial transient problemPeter W. Glynn, Eunji Lim. 481-487 [doi]
• Interval estimation using replication/deletion and MSER truncationPaul J. Sánchez, K. Preston White Jr.. 488-494 [doi]
• Implementing MSER-5 in commercial simulation software and its wider implicationsKathryn Hoad, Stewart Robinson. 495-503 [doi]
• Rare event simulation for rough energy landscapesPaul Dupuis, Konstantinos Spiliopoulos, Hui Wang 0003. 504-515 [doi]
• Efficient rare event simulation for heavy-tailed systems via cross entropyJose Blanchet, Yixi Shi. 516-527 [doi]
• An importance sampling method based on a one-step look-ahead density from a Markov chainZdravko I. Botev, Pierre L'Ecuyer, Bruno Tuffin. 528-539 [doi]
• Agent based simulation output analysisLee Schruben, Dashi I. Singham. 540-548 [doi]
• On the mean-squared error of variance estimators for computer simulationsTûba Aktaran-Kalayci, David Goldsman, Christos Alexopoulos, James R. Wilson. 549-555 [doi]
• Asymptotic properties of kernel density estimators when applying importance samplingMarvin K. Nakayama. 556-568 [doi]
• Multiple input and multiple output simulation metamodeling using Bayesian networksJirka Poropudas, Jouni Pousi, Kai Virtanen. 569-580 [doi]
• Towards a measurement tool for verification and validation of simulation modelsZhongshi Wang. 581-592 [doi]
• Rethinking the initialization bias problem in steady-state discrete event simulationWinfried K. Grassmann. 593-599 [doi]
• <u>Sim</u>ulation-based real-time performance <u>mon</u>itoring (SIMMON): a platform for manufacturing and healthcare systemsAlireza Mousavi, Alexander Komashie, Siamak Tavakoli. 600-611 [doi]
• Statistical issues in ad hoc distributed simulationsYa-Lin Huang, Richard Fujimoto, Wonho Suh, Michael Hunter, Christos Alexopoulos. 612-624 [doi]
• Real-time data assimilationShoko Suzuki, Takayuki Osogami. 625-636 [doi]
• Rapid modeling of field maintenance using discrete event simulationAbdullah A. Alabdulkarim, Peter D. Ball, Ashutosh Tiwari. 637-646 [doi]
• Empirical make-or-buy decision making model in the Japanese automobile industryNguyen Dang Minh. 647-658 [doi]
• Assessing inter-organizational dynamics of manufacturing service supply contractsZbigniew J. Pasek. 659-670 [doi]
• Agent-based conceptual model representation using BPMNBhakti S. S. Onggo, Onder Karpat. 671-682 [doi]
• Modeling human behavior in customer-based processes: the use of scenario-based surveysAlinda Kokkinou, David A. Cranage. 683-689 [doi]
• Modeling a complex global service delivery systemYixin Diao, Aliza Heching, David M. Northcutt, George Stark. 690-702 [doi]
• Simulation analysis of multithreaded programs under deadlock-avoidance controlHongwei Liao, Hao Zhou, Stéphane Lafortune. 703-715 [doi]
• WorMS- a framework to support workflows in M&SStefan Rybacki, Jan Himmelspach, Fiete Haack, Adelinde M. Uhrmacher. 716-727 [doi]
• Maintenance framework to address the interaction of components using simulationLuiz Augusto Gago Franzese, Daniel De Oliveira Mota, Marcelo Moretti Fioroni, Yuri Amaral C. L. Mourão, Douglas José da Silva, Isac Reis de Santana, Johanna Gomez Quevedo, Farley Santos Ribeiro, Marcelo Nazaro Silva, Fernando A. Lage Gonçalves, Thiago A. M. Brandão Diniz, Marcelo Barcelos Gomes. 728-740 [doi]
• Simulation standard for business process managementJohn Januszczak, Geoff Hook. 741-751 [doi]
• Modeling server usage for online ticket salesChristine S. M. Currie, Lanting Lu. 752-760 [doi]
• A simulation-based approach to enhancing project schedules by the inclusion of remedial action scenariosSanja Lazarova-Molnar, Rabeb Mizouni. 761-772 [doi]
• Business Process Modeling and simulationGeoffrey Hook. 773-778 [doi]
• Simulation-based evaluation of dispatching policies in service systemsDipyaman Banerjee, Gargi Banerjee Dasgupta, Nirmit Desai. 779-791 [doi]
• Modeling and managing engineering changes in a complex product development processWeilin Li, Young B. Moon. 792-804 [doi]
• Using schedule simulation approaches to reduce greenhouse gas emissions in highway construction projectPei Tang, Darrell Cass, Amlan Mukherjee. 805-815 [doi]
• A decision framework for energy use reduction initiatives in commercial buildingsElie Azar, Carol C. Menassa. 816-827 [doi]
• Collaborative visualization of simulated processes using tabletop fiducial augmented realitySuyang Dong, Vineet R. Kamat. 828-837 [doi]
• Development of whole-building energy performance models as benchmarks for retrofit projectsOmer Tugrul Karaguzel, Khee Poh Lam. 838-849 [doi]
• A sustainability toolkit for simulaiton: recent developments and future capabilitiesXi Zhou, Michael E. Kuhl. 850-858 [doi]
• Combining sustainability criteria with discrete event simulationAndi H. Widok, Volker Wohlgemuth, Bernd Page. 859-870 [doi]
• Simulation-based utility assessment of real-time information for sustainable mining operationsSai Srinivas Nageshwaraniyer, Chao Meng, Young Jun Son, Sean Dessureault. 871-882 [doi]
• Toward a building occupant network agent-based model to simulate peer induced energy conservation behaviorJiayu Chen, John E. Taylor, His-Hsien Wei. 883-890 [doi]
• Environmental activity based cost using discrete event simulationJon Andersson, Anders Skoogh, Björn Johansson. 891-902 [doi]
• Performance modeling of daylight integrated photosensor-controlled lighting systemsRichard G. Mistrick, Craig A. Casey. 903-914 [doi]
• Modeling and simulation of building energy performance for portfolios of public buildingsYoung M. Lee, Fei Liu, Lianjun An, Huijing Jiang, Chandra Reddy, Raya Horesh, Paul Nevill, Estepan Meliksetian, Pawan Chowdhary, Nat Mills, Young Tae Chae, Jane L. Snowdon, Jayant Kalagnanam, Joe Emberson, Al Paskevicous, Elliott Jeyaseelan, Robert Forest, Chris Cuthbert, Tony Cupido, Michael Bobker, Janine Belfast. 915-927 [doi]
• Conformal adaptive hexahedral-dominant mesh generation for CFD simulation in architectural design applicationsRui Zhang, Khee Poh Lam, Yongjie Zhang. 928-942 [doi]
• A generalized simulation framework to manage logistics systems: a case study in waste management and environmental protectionRoberto Revetria, Alessandro Testa, Lucia Cassettari. 943-952 [doi]
• A simulation-based evaluation for a strategic residential wastewater network master planEsra E. Aleisa, Osama Alkassar, Abrar Al-Jadi, Sarah Al-Sabah, Rana Mahmoud Hishmi. 953-962 [doi]
• Utility resource planning using modular simulation and optimizationJuan Sáenz Corredor, Nurcin Celik, Shihab Asfour, Young Jun Son. 963-975 [doi]
• Discrete event model of the remotely-operable TRU pipe connectorReid Kress. 976-983 [doi]
• Simulation in the woods: from remote sensing based data acquisition and processing to various simulation applicationsJürgen Rossmann, Michael Schluse, Ralf Waspe, Ralf Moshammer. 984-996 [doi]
• Architecture for integrated modeling, simulation and visualization of environmental systems using GIS and cell-devsMariano Zapatero, Rodrigo Castro, Gabriel Andrés Wainer, Maysoun Houssein. 997-1009 [doi]
• An experimental frame for the simulation of forest fire spreadBahaa Nader, Jean-Baptiste Filippi, Paul-Antoine Bisgambiglia. 1010-1022 [doi]
• Natural reforestation of abandoned eucalypt plantations in the Brasilia National ForestCharles E. Knadler Jr., Georgia Sinimbu. 1023-1034 [doi]
• A methodological approach to manage WEEE recovery systems in a push/pull logicMosè Gallo, Elpidio Romano, Liberatina Carmela Santillo. 1035-1047 [doi]
• RSB tool: a LCA tool for the assessment of biofuels sustainabilityJürgen Reinhard, Mireille Faist Emmenegger, Andi H. Widok, Volker Wohlgemuth. 1048-1059 [doi]
• Energy efficiency analysis for a casting production systemJonatan Berglund, John L. Michaloski, Swee Leong, Guodong Shao, Frank Riddick, Jorge Arinez, Stephan Biller. 1060-1071 [doi]
• Impact of hybrid and electric vehicles on automobile recycling infrastructureDeogratias Kibira, Sanjay Jain. 1072-1083 [doi]
• Simulation analysis for ERP conducted in Japanese SMEs using the concept of MFCAXuzhong Tang, Soemon Takakuwa. 1084-1095 [doi]
• Communicating uncertainty information across conceptual boundariesPaul Hyden, Elias Ioup, Stephen Russell. 1096-1102 [doi]
• A framework for evidence-based health care incentives simulationJoseph P. Bigus, Ching-Hua Chen-Ritzo, Robert Sorrentino. 1103-1116 [doi]
• Estimation and management of pandemic influenza transmission risk at mass immunization clinicsMichael F. Beeler, Dionne M. Aleman, Michael W. Carter. 1117-1124 [doi]
• Complex systems modeling for supply and demand in health and social careSally C. Brailsford, Eric Silverman, Stuart Rossiter, Jakub Bijak, Richard J. Shaw, Joe Viana, Jason Noble, Sophia Efstathiou, Athina Vlachantoni. 1125-1136 [doi]
• Why doesn't healthcare embrace simulation and modeling?: what would it take?James C. Fackler, Michael Spaeder. 1137-1142 [doi]
• Development and validation of a large scale ICU simulation model with blockingTheologos Bountourelis, K. Louis Luangkesorn, Andrew J. Schaefer, Lisa M. Maillart, Spencer G. Nabors, Gilles Clermont. 1143-1153 [doi]
• Using simplified discrete-event simulation models for health care applicationsAnthony Virtue, John Kelly, Thierry J. Chaussalet. 1154-1165 [doi]
• An application of discrete-event simulation to an outpatient healthcare clinic with batch arrivalsMichael Findlay, Hank Grant. 1166-1177 [doi]
• Simulation-based study of hematology outpatient clinics with focus on model reusabilityNavonil Mustafee, Michael D. Williams, Fiona Hughes, Korina Katsaliaki. 1178-1189 [doi]
• A simulation-based modeling framework to deal with clinical pathwaysYasar A. Ozcan, Elena Tanfani, Angela Testi. 1190-1201 [doi]
• A better approach to modeling emergency care serviceSankar Sengupta, Meredith Deneweth, Robert P. VanTil. 1202-1210 [doi]
• Improving the emergency department performance using simulation and mcdm methodsHamidreza Eskandari, Mohammadali Riyahifard, Shahrzad Khosravi, Christopher D. Geiger. 1211-1222 [doi]
• Improving simulation results with static modelsMartin J. Miller, Niloo Shahi, Ashley N. Dias. 1223-1230 [doi]
• Simulation optimization for emergency department resources allocationShao-Jen Weng, Bing-Chuin Cheng, Shu Ting Kwong, Lee-Min Wang, Chun-Yueh Chang. 1231-1238 [doi]
• Using ABMS to simulate emergency departmentsPaula Escudero-Marin, Michael Pidd. 1239-1250 [doi]
• Design of centralized ambulance diversion policies using simulation-optimizationAdrian Ramirez Nafarrate, John W. Fowler, Teresa Wu. 1251-1262 [doi]
• Dynamic mortality simulation model incorporating risk indicators for cardiovascular diseasesJocimara S. Ferranti, Paulo José de Freitas Filho. 1263-1274 [doi]
• A biologically based discrete-event simulation model of liver transplantation in the United States for pediatric and adult patientsAditya K. Iyer, Andrew J. Schaefer, Cindy L. Bryce, Gabriel L. Zenarosa, Chung-Chou Ho Chang, Mark S. Roberts. 1275-1282 [doi]
• An application of factorial design to compare the relative effectiveness of hospital infection control measuresSean Barnes, Edward A. Wasil, Bruce L. Golden, Jon P. Furuno, Anthony D. Harris. 1283-1294 [doi]
• Using simulation and data envelopment analysis in optimal healthcare efficiency allocationsShao-Jen Weng, Bo-Shiang Tsai, Lee-Min Wang, Chun-Yueh Chang, Donald Gotcher. 1295-1305 [doi]
• A system dynamics model of Singapore healthcare affordabilityTsan Sheng Adam Ng, Charlle Sy, Jie Li. 1306-1318 [doi]
• Managing patient backlog in a surgical suite that uses a block-booking scheduling systemOleg V. Shylo, K. Louis Luangkesorn, Oleg A. Prokopyev, Jayant Rajgopal, Andrew J. Schaefer. 1319-1329 [doi]
• Optimizing surgery start times for a single operating room via simulationYang Sun, Xueping Li. 1330-1337 [doi]
• A simulation tool to support recovery bed planning for surgical patientsYariv N. Marmor, Thomas Rohleder, Todd R. Huschka, David J. Cook, Jeffrey E. Thompson. 1338-1344 [doi]
• Simulation of mitigation strategies for a pandemic influenzaArsalan Paleshi, Gerald W. Evans, Sunderesh S. Heragu, Kamran S. Moghaddam. 1345-1353 [doi]
• Efficient implementation of complex interventions in large scale epidemic simulationsYifei Ma, Keith R. Bisset, Jiangzhuo Chen, Suruchi Deodhar, Madhav V. Marathe. 1354-1366 [doi]
• A system dynamics model of tuberculosis diffusion with respect to contact tracing investigationYuan Tian, Fatima Alawami, Assaad Al-Azem, Nathaniel Osgood, Vernon Hoeppner, Christopher Dutchyn. 1367-1378 [doi]
• Introduction to simulationRicki G. Ingalls. 1379-1393 [doi]
• How to select simulation input probability distributionsAverill M. Law. 1394-1407 [doi]
• Tutorial on the simulation of healthcare systemsStephen D. Roberts. 1408-1419 [doi]
• Tips for successful practice of simulationDavid T. Sturrock. 1420-1427 [doi]
• Choosing the right model: conceptual modeling for simulationStewart Robinson. 1428-1440 [doi]
• Better than a petaflop: the power of efficient experimental designSusan M. Sanchez, Hong Wan. 1441-1455 [doi]
• Introductory tutorial: agent-based modeling and simulationCharles M. Macal, Michael J. North. 1456-1469 [doi]
• Roadmap to success: your first simulation modelRobin Clark, David Krahl. 1470-1480 [doi]
• Doing simulation for a livingMohamed Sam Fayez, Fabio Zavagnini, Mansooreh Mollaghasemi. 1481-1491 [doi]
• Panel discussion: integrating data from multiple simulation models of different fidelityDerek Bingham, C. Shane Reese, Brian Williams. 1492-1499 [doi]
• Anisotropic mesoscopic traffic simulation approach to support large-scale traffic and logistic modeling and analysisYe Tian, Yi-Chang Chiu. 1500-1512 [doi]
• A mesoscopic approach to modeling and simulation of logistics processesTobias Reggelin, Juri Tolujew. 1513-1523 [doi]
• Perennial simulation of a legacy traffic model: implementation, considerations, and ramificationsSeth N. Hetu, Gary Tan. 1524-1535 [doi]
• Logistics systems modeling and simulationGeorge Thiers, Leon F. McGinnis. 1536-1546 [doi]
• Use of IDEF-SIM to document simulation modelsJoão José de Assis Rangel, Alessandro Fernandes Nunes. 1547-1558 [doi]
• Flexible model for analyzing production systems with discrete event simulationAlexander Hübl, Klaus Altendorfer, Herbert Jodlbauer, Margaretha Gansterer, Richard F. Hartl. 1559-1570 [doi]
• RFID for air cargo operations: return on investment analysis through process modeling and simulationQing Cao, Brandon S. Good, Lynn A. DeRose. 1571-1582 [doi]
• A simulation approach to evaluate the impact of RFID technologies on a CTO environmentLobna Haouari, Nabil Absi, Dominique Feillet. 1583-1595 [doi]
• Modeling the materials handling in a container terminal using electronic real-time tracking dataYan Liu, Soemon Takakuwa. 1596-1604 [doi]
• Supply chain performance sustainability through resilience functionTeresa Murino, Elpidio Romano, Liberatina Carmela Santillo. 1605-1616 [doi]
• Transparency, consistency and modularity of strategic reasoning: an agent architecture for interactive business simulationsRick van Krevelen, Martijn Warnier, Frances M. T. Brazier, Alexander Verbraeck, Thomas Corsi. 1617-1628 [doi]
• Evaluating variance reduction techniques within a sample average approximation method for a constrained inventory policy optimization problemYasin Ünlü, Manuel D. Rossetti. 1629-1640 [doi]
• Studying the impact of various inventory policies on a supply chain with intermittent supply disruptionsAvinash Samvedi, Vipul Jain. 1641-1649 [doi]
• Analyzing a stochastic inventory system for deteriorating items with stochastic lead time using simulation modelingMohammadmahdi Alizadeh, Hamidreza Eskandari, S. Mehdi Sajadifar, Christopher D. Geiger. 1650-1662 [doi]
• Impact of different unloading zone locations in transshipment terminals under various forklift dispatching rulesUwe Clausen, Jan Kaffka, Daniel Diekmann, Larissa Mest. 1663-1672 [doi]
• Simulation aided, knowledge based routing for AGVs in a distribution warehouseAlexander Klaas, Christoph Laroque, Wilhelm Dangelmaier, Matthias Fischer. 1673-1684 [doi]
• Operations modeling and analysis of an underground coal mineKanna Miwa, Soemon Takakuwa. 1685-1695 [doi]
• Assessing oil spill risk in port tanker operations using a multiattribute utility approach to ranking and selectionJohn C. Butler, Jason R. W. Merrick, Douglas J. Morrice. 1696-1707 [doi]
• Conditional value-at-risk model for hazardous materials transportationChanghyun Kwon. 1708-1714 [doi]
• Simulation-based assessment of change propagation effect in an aircraft design processDong Xu, Sai Srinivas Nageshwaraniyer, Young Jun Son, Shuguang Song. 1715-1726 [doi]
• Enhancing operational efficiency of a container operator: a simulation optimization approachSantanu Sinha, Viswanath Kumar Ganesan. 1727-1738 [doi]
• Optimization of scenario construction for loss estimation in lifeline networksNathanael J. K. Brown, Jared L. Gearhart, Dean A. Jones, Linda K. Nozick, Natalia Romero, Ningxiong Xu. 1739-1750 [doi]
• Coupling reliability and logistical considerations for complex system of systems using stochastic Petri NetsVitali Volovoi, David K. Peterson. 1751-1762 [doi]
• Epfast: a model for simulating uncontrolled islanding in large power systemsEdgar C. Portante, Brian A. Craig, Leah Talaber Malone, James A. Kavicky, Stephen F. Folga, Stewart Cedres. 1763-1774 [doi]
• Simulating calls for service for an urban police departmentJ. Paul Brooks, David J. Edwards, Toni P. Sorrell, Sudharshana Srinivasan, Robyn L. Diehl. 1775-1782 [doi]
• Check-in processing: simulation of passengers with advanced traitsWenbo Ma, Tristan Kleinschmidt, Clinton Fookes, Prasad K. D. V. Yarlagadda. 1783-1794 [doi]
• Aggregate modeling of semiconductor equipment using effective process timesL. F. P. Etman, C. P. L. Veeger, Erjen Lefeber, Ivo J. B. F. Adan, Jacobus E. Rooda. 1795-1807 [doi]
• Automated generation of analytical process time models for cluster tools in semiconductor manufacturingRobert Kohn, Oliver Rose. 1808-1820 [doi]
• Simulation-based framework to automated wet-etch station scheduling problems in the semiconductor industryAdrián M. Aguirre, Vanina G. Cafaro, Carlos A. Méndez. 1821-1833 [doi]
• Cluster based analytical method for the lot delivery forecast in semiconductor fab with wide product rangeMarcin Mosinski, Daniel Noack, Falk Stefan Pappert, Oliver Rose, Wolfgang Scholl. 1834-1844 [doi]
• Challenges and solution approaches for the online simulation of semiconductor wafer fabsDaniel Noack, Marcin Mosinski, Oliver Rose, Peter Lendermann, Boon-Ping Gan, Wolfgang Scholl. 1845-1856 [doi]
• Simulation-based optimization for groups of cluster tools in semiconductor manufacturing using simulated annealingTobias Uhlig, Oliver Rose. 1857-1868 [doi]
• Overview of techniques for model-driven development of a simulation packagePascal Weyprecht, Oliver Rose. 1869-1876 [doi]
• Cluster tool design comparisons via simulationKyungsu Park, James R. Morrison. 1877-1887 [doi]
• A virtual equipment as a test bench for evaluating virtual metrology algorithmsAndreas Mattes, Matthias Koitzsch, Dirk Lewke, Michael Müller-Zell, Martin Schellenberger. 1888-1897 [doi]
• Manufacturing intelligence for determining machine subgroups to enhance yield in semiconductor manufacturningChen-Fu Chien, Ying-Jen Chen, Chia-Yu Hsu, Yi-Hao Yeh. 1898-1907 [doi]
• A smart sampling scheduling and skipping simulator and its evaluation on real data setsClaude Yugma, Stéphane Dauzère-Pérès, Jean-Loup Rouveyrol, Philippe Vialletelle, Jacques Pinaton, Christophe Relliaud. 1908-1917 [doi]
• Impact of control plan design on tool risk management: a simulation study in semiconductor manufacturingGloria Rodríguez-Verján, Stéphane Dauzère-Pérès, Jacques Pinaton. 1918-1925 [doi]
• Application of tool science techniques to improve tool efficiency for a dry etch cluster toolRobert Havey, Lixin Wang, Dongjin Kim. 1926-1931 [doi]
• Implementation of a simulation-based short-term lot arrival forecast in a mature 200mm semiconductor fabWolfgang Scholl, Daniel Noack, Oliver Rose, Boon-Ping Gan, Peter Lendermann, Patrick Preuss, Falk Stefan Pappert. 1932-1943 [doi]
• Simulating conveyor-based AMHS layout configurations in small wafer lot manufacturing environmentsLeanna Miller, Alger Bradley, Ashley Tish, Tongdan Jin, Jesus A. Jimenez, Robert Wright. 1944-1952 [doi]
• A detailed model for a high-mix low-volume asic fabMike Gißrau, Oliver Rose. 1953-1963 [doi]
• Design of a manufacturing facility layout with a closed loop conveyor with shortcuts using queueing theory and genetic algorithmsVernet Lasrado, Dima Nazzal. 1964-1975 [doi]
• Effective WIP dependent lot release policies: a discrete event simulation approachRaha Akhavan-Tabatabaei, Carlos F. Ruiz Salazar. 1976-1985 [doi]
• An optimization approach for parallel machine problems with dedication constraints: combining simulation and capacity planningAndreas Klemmt, Gerald Weigert. 1986-1998 [doi]
• Scheduling job families on non-identical parallel machines with time constraintsAli Obeid, Stéphane Dauzère-Pérès, Claude Yugma. 1999-2010 [doi]
• A comparison of heuristics to solve a single machine batching problem with unequal ready times of the jobsOleh Sobeyko, Lars Mönch. 2011-2021 [doi]
• Implementing virtual metrology into semiconductor production processes: an investment assessmentMatthias Koitzsch, Humbert Noll, Alexander Nemecek, Jochen Merhof, Markus Michl, Alfred Honold, Gerhard Kleineidam, Holger Lebrecht. 2022-2033 [doi]
• On the fidelity of the ax+b equipment model for clustered photolithography scanners in fab-level simulationJames R. Morrison. 2034-2044 [doi]
• Using static capacity modeling and queuing theory equations to predict factory cycle time performance in semiconductor manufacturingRoland E. A. Schelasin. 2045-2054 [doi]
• Scheduling policies in multi-product manufacturing systems with sequence-dependent setup timesWei Feng, Li Zheng, Jingshan Li. 2055-2066 [doi]
• Real time dispatching: a catalyst to assembly test manufacturing execution automationBala Iyer, Binay Dash. 2067-2072 [doi]
• Cyclic scheduling of cluster tools with non-identical chamber access timesDae-Kyu Kim, Chihyun Jung, Tae-Eog Lee, Yu-Ju Jung. 2073-2084 [doi]
• A composite rule combining due date control and WIP balance in a wafer fabZhugen Zhou, Oliver Rose. 2085-2092 [doi]
• Symbiotic simulation for optimisation of tool operations in semiconductor manufacturingHeiko Aydt, Stephen John Turner, Wentong Cai, Boon-Ping Gan. 2093-2104 [doi]
• Optimized management of excursions in semiconductor manufacturingJustin Nduhura Munga, Philippe Vialletelle, Stéphane Dauzère-Pérès, Claude Yugma. 2105-2112 [doi]
• Modeling supply contracts in semiconductor supply chainsKonstanze Knoblich, Hans Ehm, Cathal Heavey, Peter Williams. 2113-2123 [doi]
• Towards a supply chain simulation reference model for the semiconductor industryHans Ehm, Thomas Ponsignon, Hanna Wenke, Lars Mönch, Lisa Forstner. 2124-2135 [doi]
• A method for determining the environmental footprint of industrial products using simulationErik Lindskog, Linus Lundh, Jonatan Berglund, Y. Tina Lee, Anders Skoogh, Björn Johansson. 2136-2147 [doi]
• The Hanford waste feed delivery operational research modelJoanne Berry, Vishvas Patel, Karthik Vasudevan. 2148-2158 [doi]
• Simulation-aided design and evaluation of flexible working timesGert Zülch, Patricia Stock, Michael Leupold. 2159-2170 [doi]
• Lean+ manufacturing process analysis simulation (LPAS+)Michael L. Gregg, Sean M. Van Andel, Steven E. Saylor. 2171-2180 [doi]
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• A general model description for discrete processesOliver Schönherr, Oliver Rose. 2206-2218 [doi]
• Model building with core manufacturing simulation dataJonathan Fournier. 2219-2227 [doi]
• Initialization of simulation models using CMSDSören Bergmann, Sören Stelzer, Steffen Straßburger. 2228-2239 [doi]
• Simulation modeling of tool delivery system in a machining lineBenny Tjahjono, John Ladbrook. 2240-2249 [doi]
• The impact of product variety on logistics performanceXavier de Groote, Enver Yücesan. 2250-2259 [doi]
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• Selecting simualtion abstraction levels in simulation models of complex manufacturing systemsKarthik Krishna Vasudevan, Ashish Devikar. 2273-2282 [doi]
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• A new dynamic scheduling for batch processing systems using stochastic utility evaluation functionHongsuk Park, Amarnath Banerjee. 2307-2319 [doi]
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• Real time performance measurement for batch chemical plantsPradeep Suresh, John M. Wassick, Jeff Ferrio. 2330-2340 [doi]
• Modeling PCB assembly lines in EMS provider's environment: integrating product design into simulation modelsJing Li, Nagen Nagarur, Krishnaswami Srihari. 2341-2350 [doi]
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• Simulation optimization of part input sequence in a flexible manufacturing systemHowe Chiat Cheng, David Yin Kai Chan. 2374-2382 [doi]
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• Applications of flocking algorithms to input modeling for agent movementDashi I. Singham, Meredith Therkildsen, Lee Schruben. 2443-2449 [doi]
• Development and the deployment of COSAGE 2.0Nathan Dietrich, David N. Smith, Doug Edwards. 2450-2457 [doi]
• Simulation of personnel in arforgen to predict effects of structure, policy, and demand changesDavid W. Hughes, Paul D. Kucik, Mark M. Zais. 2458-2470 [doi]
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• On the estimation of operations and maintenance costs for defense systemsJay D. Martin, Daniel A. Finke, Christopher B. Ligetti. 2483-2494 [doi]
• 1 canadian forces flying training school (1 CFFTS) resource allocation simulation toolRené Séguin. 2495-2506 [doi]
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• Scheduling fighter aircraft maintenance with reinforcement learningVille Mattila, Kai Virtanen. 2540-2551 [doi]
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• Transitioning to the next generation (nextgen) defense training environment (DTE)Warren Bizub, Julia Brandt. 2564-2575 [doi]
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• Application of coalition battle management language (C-BML) and C-BML services to live, virtual, and constructive (LVC) simulation environmentsCurtis Blais. 2587-2599 [doi]
• System performance and layered analysis toolJohn C. Hyland, Cheryl M. Smith. 2600-2611 [doi]
• Design and capabilities of an enhanced naval mine warfare simulation frameworkTimothy E. Floore, George H. Gilman. 2612-2618 [doi]
• An event buffer flooding attack in DNP3 controlled SCADA systemsDong (Kevin) Jin, David M. Nicol, Guanhua Yan. 2619-2631 [doi]
• Modeling cyber attacks and their effects on decision processErdal Cayirci, Reyhaneh Ghergherehchi. 2632-2641 [doi]
• Difficulties with true interoperability in modeling & simulationScott Gallant, Chris Gaughan. 2642-2653 [doi]
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• Using discrete event simulation to evaluate the logistics of medical attention during the relief operations in an earthquake in BogotaDiomar Noreña, Luis Yamín, Raha Akhavan-Tabatabaei, Wilfredo Ospina. 2666-2678 [doi]
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• Cross-paradigm simulation modeling: challenges and successesSusan K. Heath, Arnold Buss, Sally C. Brailsford, Charles M. Macal. 2788-2802 [doi]
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• The simulation-based multi-objective evolutionary optimization (SIMEON) frameworkRonald Apriliyanto Halim, Mamadou D. Seck. 2839-2851 [doi]
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• Stochastic policy search for variance-penalized semi-Markov controlAbhijit Gosavi, Mandar Purohit. 2865-2876 [doi]
• A method for simulation state mapping between discrete event material flow models of different level of detailDaniel Huber, Wilhelm Dangelmaier. 2877-2886 [doi]
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• Activity interaction and self-simulating systemsLee Schruben. 2900-2908 [doi]
• Challenges for web simulation scienceSimon J. E. Taylor. 2909-2913 [doi]
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• Linking simulation and visualization construction through interactions with an ontology visualizationZach Ezzell, Paul A. Fishwick, Juan Cendan. 2926-2937 [doi]
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• Investigating the memory characteristics of a massively parallel time warp kernelAkintayo Holder, Christopher D. Carothers. 2953-2964 [doi]
• The Backstroke framework for source level reverse computation applied to parallel discrete event simulationGeorge Vulov, Cong Hou, Richard W. Vuduc, Richard Fujimoto, Daniel J. Quinlan, David Jefferson. 2965-2979 [doi]
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• Traces generation to simulate large-scale distributed applicationsOlivier Dalle, Emilio Pasquale Mancini. 2998-3006 [doi]
• Modelling and simulation-based design of a distributed devs simulatorEugene Syriani, Hans Vangheluwe, Amr Al Mallah. 3007-3021 [doi]
• On-the-fly parallelization in agent-based simulation systemsCole Sherer, George Vulov, Maria Hybinette. 3022-3029 [doi]
• Experimenting with the multiple worlds concept to support the design of automated container terminalsMichele Fumarola, Gwendolyn L. Kolfschoten, Alexander Verbraeck, Cornelis Versteegt. 3030-3036 [doi]
• Integrated care development using systems modelling: a case study of intermediate careTillal Eldabi, Peter Lacey, Aisha Naseer, Mohsen Jahangirian. 3037-3047 [doi]
• Metamodeling and model transformations in modeling and simulationDeniz Cetinkaya, Alexander Verbraeck. 3048-3058 [doi]
• An approach to semantic-based model discovery and selectionClaudia Szabo, Yong Meng Teo. 3059-3071 [doi]
• P4-simsaas: policy specification for Multi-Tendency simulation software-as-a-service modelWei-Tek Tsai, Wu Li, Xiaoying Bai, Jay Elston. 3072-3086 [doi]
• Product design patterns for agent-based modelingMichael J. North, Charles M. Macal. 3087-3098 [doi]
• CPI modeling: Collaborative, participative, interactive modelingJoseph Barjis. 3099-3108 [doi]
• Towards simulation of organizational normsOana Nicolae, Gerd Wagner. 3109-3120 [doi]
• Primer for building factor trees to represent social-science knowledgePaul K. Davis. 3121-3135 [doi]
• Simulation of wireless sensor networks under partial coverageRuth Lamprecht, Peter Kemper. 3136-3145 [doi]
• The asymmetric diffusion of trust between communities: simulations in dynamic social networksLuca Allodi, Luca Chiodi, Marco Cremonini. 3146-3157 [doi]
• Using approximate dynamic programming to optimize admission control in cloud computing environmentZohar Feldman, Michael Masin, Asser N. Tantawi, Diana Arroyo, Malgorzata Steinder. 3158-3169 [doi]
• Modeling cellular network traffic with mobile call graph constraintsJunwhan Kim, V. S. Anil Kumar, Achla Marathe, Guanhong Pei, Sudip Saha, Balaaji S. P. Subbiah. 3170-3182 [doi]
• A case for virtualization of content delivery networksAndré Moreira, Josilene Moreira, Djamel Sadok, Arthur C. Callado, Moisés Rodrigues, Márcio Neves, Victor Souza, Per Karlsson. 3183-3194 [doi]
• Survivability of dual-core networks during rare eventsSteven Gordon, David A. Garbin. 3195-3206 [doi]
• Simulating energy efficient wireless sensor networks using cellular automataXiaoyun Xu, Xi Zhang, Long Wang. 3207-3216 [doi]
• Simulating network cyber attacks using splitting techniquesDenise M. Bevilacqua Masi, Martin J. Fischer, John F. Shortle, Chun-Hung Chen. 3217-3228 [doi]
• A framework for modeling stochastic flow and synchronization networksMengran Xue, Sandip Roy. 3229-3240 [doi]
• Comparison of the experimental and simulation results for distributed virtual environments applications frameworkXiaoyu Zhang, Denis Gracanin. 3241-3252 [doi]
• A simple framework to simulate the mobility and activity of theme park visitorsVladimir Vukadinovic, Fabian Dreier, Stefan Mangold. 3253-3265 [doi]
• Simulation based experiments using EDNAS: the Event-Driven Network Architecture SimulatorSean Salmon, Hala ElAarag. 3266-3277 [doi]
• Identification and approximations for systems with multi-stage workflowsParijat Dube, Jian Tan, Li Zhang. 3278-3287 [doi]
• S3F: the Scalable Simulation Framework revisitedDavid M. Nicol, Dong (Kevin) Jin, Yuhao Zheng. 3288-3299 [doi]
• Modular performance simulations of cloudsPeter Altevogt, Tibor Kiss, Wolfgang Denzel. 3300-3311 [doi]
• Optimizing service replication in cloudsMathias Björkqvist, Lydia Y. Chen, Walter Binder. 3312-3322 [doi]
• Modeling web usage profiles of cloud services for utility cost analysisJoseph Idziorek, Mark Tannian, Douglas Jacobson. 3323-3334 [doi]
• Extracting hierarchies with overlapping structure from network dataBrian Cloteaux. 3335-3343 [doi]
• Linear algebra and sequential importance sampling for network reliabilityDavid G. Harris, Francis Sullivan, Isabel Beichl. 3344-3352 [doi]
• Directed 3-cycle anchored digraphs and their application in the uniform sampling of realizations from a fixed degree sequenceM. Drew Lamar. 3353-3364 [doi]
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• Simulation projects management using ScrumEduardo J. Quaglia, Claudia A. Tocantins. 3426-3435 [doi]
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• Integrating realtime project progress input into a construction simulation modelHua Xie, Simaan M. AbouRizk, Siri Fernando. 3448-3459 [doi]
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• Production planning for semiconductor manufacturing via simulation optimizationJingang Liu, Chihui Li, Feng Yang, Hong Wan, Reha Uzsoy. 3617-3627 [doi]
• Relative error stochastic krigingMustafa Tongarlak, Bruce E. Ankenman, Barry L. Nelson. 3628-3640 [doi]
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• Importance sampling for actuarial cost analysis under a heavy traffic modelJose Blanchet, Henry Lam. 3817-3828 [doi]
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• Selecting the best by comparing simulated systems in a group of threeSeong-Hee Kim, A. B. Dieker. 3992-4002 [doi]
• Combining simulation allocation and optimal splitting for rare-event simulation optimizationBen Crain, Chun-Hung Chen, John F. Shortle. 4003-4012 [doi]
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• Large-scale ranking and selection using cloud computingJun Luo, L. Jeff Hong. 4051-4061 [doi]
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