Abstract is missing.
- Discrete event models: getting the semantics rightEdward A. Lee. 1 [doi]
- As simple as possible, but no simpler: a gentle introduction to simulation modelingPaul J. Sanchez. 2-10 [doi]
- Spreadsheet simulationAndrew F. Seila. 11-18 [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. 19-35 [doi]
- Output analysis for simulationsMarvin K. Nakayama. 36-46 [doi]
- Work smarter, not harder: guidelines for designing simulation experimentsSusan M. Sanchez. 47-57 [doi]
- How to build valid and credible simulation modelsAverill M. Law. 58-66 [doi]
- Tips for the successful practice of simulationDeborah A. Sadowski, David T. Sturrock. 67-72 [doi]
- Tutorial on agent-based modeling and simulation part 2: how to model with agentsCharles M. Macal, Michael J. North. 73-83 [doi]
- Parallel and distributed simulation: traditional techniques and recent advancesKalyan S. Perumalla. 84-95 [doi]
- Bayesian ideas and discrete event simulation: why, what and howStephen E. Chick. 96-105 [doi]
- White noise assumptions revisited: regression metamodels and experimental designs in practiceJack P. C. Kleijnen. 107-117 [doi]
- Inside discrete-event simulation software: how it works and why it mattersThomas J. Schriber, Daniel T. Brunner. 118-128 [doi]
- Black-box algorithms for sampling from continuous distributionsJosef Leydold, Wolfgang Hörmann. 129-136 [doi]
- Splitting for rare-event simulationPierre L Ecuyer, Valérie Demers, Bruno Tuffin. 137-148 [doi]
- Model composabilityHessam S. Sarjoughian. 149-158 [doi]
- Gradient-based simulation optimizationSujin Kim. 159-167 [doi]
- A comprehensive review of methods for simulation output analysisChristos Alexopoulos. 168-178 [doi]
- Ranking and selection procedures for simulationKirk C. Benson, David Goldsman, Amy R. Pritchett. 179-185 [doi]
- On an initial transient deletion rule with rigorous theoretical supportHernan P. Awad, Peter W. Glynn. 186-191 [doi]
- A new approach for parallel steady-state simulationsMing-Hua Hsieh. 192-197 [doi]
- Performance evaluation of spectral procedures for simulation analysisEmily K. Lada, James R. Wilson. 198-207 [doi]
- On choosing parameters in retrospective-approximation algorithms for simulation-optimizationRaghu Pasupathy. 208-215 [doi]
- Optimal resource allocation in two stage sampling of input distributionsAchal Bassamboo, Sandeep Juneja. 216-221 [doi]
- Ranking and selection with multiple targets Douglas J. Morrice, John C. Butler. 222-230 [doi]
- Monitoring variability of autocorrelated processes using standardized time series variance estimatorsSeong-Hee Kim. 231-237 [doi]
- A comparison of sample-path-based simulation-optimization and stochastic decomposition for multi-location transshipment problemsLei Zhao, Suvrajeet Sen. 238-245 [doi]
- Computing worst-case tail probabilities in credit riskSoumyadip Ghosh, Sandeep Juneja. 246-254 [doi]
- A testbed of simulation-optimization problemsRaghu Pasupathy, Shane G. Henderson. 255-263 [doi]
- Simulation-based response surface computation in the presence of monotonicityEunji Lim, Peter W. Glynn. 264-271 [doi]
- Response gradient estimation using mathematical programming models of discrete-event system sample pathsWai Kin Chan, Lee W. Schruben. 272-278 [doi]
- Simulation selection problems: overview of an economic analysisStephen E. Chick, Noah Gans. 279-286 [doi]
- Selection and multiple-comparison procedures for regenerative systemsMarvin K. Nakayama. 287-293 [doi]
- Integration of statistical selection with search mechanism for solving multi-objective simulation-optimization problemsLoo Hay Lee, Ek Peng Chew, Suyan Teng. 294-303 [doi]
- On-line instrumentation for simulation-based optimizationAnna Persson, Henrik Grimm, Amos Ng. 304-311 [doi]
- Adaptation of the UOBYQA algorithm for noisy functionsGeng Deng, Michael C. Ferris. 312-319 [doi]
- SPSA algorithms with measurement reuseMohammed Shahid Abdulla, Shalabh Bhatnagar. 320-328 [doi]
- Experimental evaluation of integrated path estimatorsJames M. Calvin. 329-332 [doi]
- Empirical evaluation of data-based density estimationE. Jack Chen, W. David Kelton. 333-341 [doi]
- Generating multivariate mixture of normal distributions using a modified Cholesky decompositionJin Wang, Chunlei Liu. 342-347 [doi]
- Combined ranking and selection with control variatesShing Chih Tsai, Barry L. Nelson. 348-355 [doi]
- Comparison of limit standards using a sequential probability ratio testRoy R. Creasey Jr., K. Preston White. 356-359 [doi]
- Performance evaluations of comparison-with-a-standard proceduresE. Jack Chen. 360-368 [doi]
- A polytope method for estimating factor main effects efficientlyBruce E. Ankenman, Russell C. H. Cheng, Susan M. Lewis. 369-375 [doi]
- A two-phase maxi-min algorithm for forward-inverse experiment designRussell R. Barton. 376-381 [doi]
- A hybrid method for simulation factor screeningHua Shen, Hong Wan. 382-389 [doi]
- Stochastic gradient estimation using a single design pointJamie R. Wieland, Bruce W. Schmeiser. 390-397 [doi]
- Efficient simulation of population overflow in parallel queuesVictor F. Nicola, Tatiana S. Zaburnenko. 398-403 [doi]
- The impact of ordinal on response surface methodologySara Jian Oon, Loo Hay Lee. 406-413 [doi]
- Simulation of a multiple operating room surgical suiteBrian T. Denton, Ahmed S. Rahman, Heidi Nelson, Angela C. Bailey. 414-424 [doi]
- Simulation analysis of an outpatient department of internal medicine in a university hospitalAthula Wijewickrama, Soemon Takakuwa. 425-432 [doi]
- The use of simulation to determine maximum capacity in the surgical suite operating roomSarah M. Ballard, Michael E. Kuhl. 433-438 [doi]
- Modeling emergency care in hospitals: a paradox - the patient should not drive the processAndrew M. Hay, Edwin Valentin, Rienk A. Bijlsma. 439-445 [doi]
- Understanding accident and emergency department performance using simulationMurat M. Gunal, Michael Pidd. 446-452 [doi]
- Simulation model for improving the operation of the emergency department of special health careToni Ruohonen, Pekka Neittaanmäki, Jorma Teittinen. 453-458 [doi]
- Modeling tuberculosis in areas of high HIV prevalenceGeorgina R. Hughes, Christine S. M. Currie, Elizabeth L. Corbett. 459-465 [doi]
- Incorporating human behavior in healthcare simulation modelsSally C. Brailsford, Jennifer Sykes, Paul R. Harper. 466-472 [doi]
- Use of simulation to determine resource requirements for end-stage renal failureRuth Davies. 473-477 [doi]
- CIMS: a framework for infrastructure interdependency modeling and analysisDonald D. Dudenhoeffer, May R. Permann, Milos Manic. 478-485 [doi]
- An HLA-based multiagent system for optimized resource allocation after strong earthquakesFrank Fiedrich. 486-492 [doi]
- A concept prototype for integrated gaming and simulation for incident managementSanjay Jain, Charles R. McLean. 493-500 [doi]
- A simulation model for bioterrorism preparedness in an emergency roomLisa Patvivatsiri. 501-508 [doi]
- Improving hospital evacuation planning using simulationKevin M. Taaffe, Matthew Johnson, Desiree Steinmann. 509-515 [doi]
- Allocating field service teams with simulation in energy/utilities environmentLuiz Augusto Gago Franzese, Marcelo Moretti Fioroni, Luis Eduardo Pinheiro, João Batista Eustáchio Soares. 516-520 [doi]
- A simulation-based approach to trade-off analysis of port securityJunko Sekine, Enrique Campos-Náñez, John R. Harrald, Hernán G. Abeledo. 521-528 [doi]
- Security Checkpoint Optimizer (SCO): an application for simulating the operations of airport security checkpointsDiane Wilson, Eric K. Roe, S. Annie So. 529-535 [doi]
- Detection of nuclear material at border crossings using motion correlationDavid M. Nicol, Rose Tsang, Heidi R. Ammerlahn, Michael M. Johnson. 536-544 [doi]
- Crowd simulation for emergency response using BDI agent based on virtual realityAmeya Shendarkar, Karthik Vasudevan, Seungho Lee, Young Jun Son. 545-553 [doi]
- Group information foraging in emergency response: an illustration incorporating discrete-event simulationQing Gu, David Mendonça. 554-561 [doi]
- Modeling the emergence of insider threat vulnerabilitiesIgnacio J. Martinez-Moyano, Eliot H. Rich, Stephen H. Conrad, David F. Andersen. 562-568 [doi]
- Multiuser interior design over the internetYen-Chun Lin, Chen-Chuan Pan, Jhih-En Kuo. 569-575 [doi]
- A VR-based hyper interaction platformChun-Hong Huang, Hui-Huang Hsu, Timothy K. Shih, Rong-Chi Chang. 576-582 [doi]
- Use of the analytical system as the decision support system for the HLA joint training environmentJiung-Yao Huang, Ming-Chih Tung, Ji-Jen Wu, Shu-Shen Wai, Chung-Hsien Tsai. 583-590 [doi]
- L-SIM: simulating BPMN diagrams with a purpose built engineAnthony Waller, Martin Clark, Les Enstone. 591-597 [doi]
- Predicting and improving complex business processes: values and limitations of modeling and simulation technologiesMohsen Modarres. 598-603 [doi]
- Variance reduction in the simulation of call centersPierre L Ecuyer, Eric Buist. 604-613 [doi]
- Applying simulation in a supply chain transformation caseHongwei Ding, Changrui Ren, Wei Wang, Jin Dong. 614-620 [doi]
- Simulating impact of available-to-promise generation on supply chain performanceYoung M. Lee. 621-626 [doi]
- Simulation results for supply chain configurations based on information sharingRong Liu, Akhil Kumar, Alan J. Stenger. 627-635 [doi]
- Business process transformation patterns & the business process transformation wizardBala Ramachandran, Kaori Fujiwara, Makoto Kano, Akio Koide, Jay Benayon. 636-641 [doi]
- Enhancing business process management with simulation optimizationJay April, Marco Better, Fred Glover, James P. Kelly, Manuel Laguna. 642-649 [doi]
- IBM SmartSCOR - a SCOR based supply chain transformation platform through simulation and optimization techniquesJin Dong, Hongwei Ding, Changrui Ren, Wei Wang. 650-659 [doi]
- System dynamics simulation of the expansion of the Panama CanalHumberto R. Alvarez, Dario Solis, Arnoldo R. Cano S., Serge N. Sala-Diakanda. 660-666 [doi]
- System dynamics and agent-based simulations for workforce climateMario Marin, Yanshen Zhu, Phillip T. Meade, Melissa Sargent, Julie Warren. 667-671 [doi]
- Modeling the effectiveness of underwater sonarJosé A. Sepúlveda, Luis Rabelo, Haluk M. Akin, Yanshen Zhu. 672-679 [doi]
- Qualitative simulation for manager selection decision-making based on managerial self-efficacyHu Bin, Dong Shengping. 680-687 [doi]
- A glass float line simulation: modeling methodology and applicationsScott R. Schultz. 688-693 [doi]
- Applying parallel, dynamic-resolution simulations to accelerate VLSI power estimationDhananjai Madhava Rao, Philip A. Wilsey. 694-702 [doi]
- A new efficient simulation strategy for pricing path-dependent optionsGang Zhao, Yakun Zhou, Pirooz Vakili. 703-710 [doi]
- Applying model reference adaptive search to American-style option pricingHuiju Zhang, Michael C. Fu. 711-718 [doi]
- American options from MARSSamuel Ehrlichman, Shane G. Henderson. 719-726 [doi]
- Using copulas in risk analysisDalton F. Andrade, Pedro A. Barbetta, Paulo José de Freitas Filho, Ney A. de Mello Zunino, Carlos Magno C. Jacinto. 727-732 [doi]
- An adaptive procedure for estimating coherent risk measures based on generalized scenariosVadim Lesnevski, Barry L. Nelson, Jeremy Staum. 733-740 [doi]
- Efficient importance sampling for reduced form models in credit riskAchal Bassamboo, Sachin Jain. 741-748 [doi]
- Efficient simulation for risk measurement in portfolio of CDOSMichael Gordy, Sandeep Juneja. 749-756 [doi]
- Efficient simulation for large deviation probabilities of sums of heavy-tailed incrementsJose H. Blanchet, Jingchen Liu. 757-764 [doi]
- The BEST algorithm for solving stochastic mixed integer programsSusan M. Sanchez, R. Kevin Wood. 765-773 [doi]
- Quasi-Monte Carlo strategies for stochastic optimizationShane S. Drew, Tito Homem-de-Mello. 774-782 [doi]
- Jackknife estimators for reducing bias in asset allocationAmit Partani, David P. Morton, Ivilina Popova. 783-791 [doi]
- Conceptual modeling for simulation: issues and research requirementsStewart Robinson. 792-800 [doi]
- Process modelling support for the conceptual modelling phase of a simulation projectCathal Heavey, John Ryan. 801-808 [doi]
- What can be done to automate conceptual simulation modeling?Ming Zhou, Qun Zhang, Zhimin Chen. 809-814 [doi]
- A simulation algorithm for dynamic structure DEVS modelingHui Shang, Gabriel Andrés Wainer. 815-822 [doi]
- Applying DEVS modeling for discrete event multiple model control of a time varying plantAlexander Scott Campbell, Gabriel Andrés Wainer. 823-831 [doi]
- Introducing variable ports and multi-couplings for cell biological modeling in DEVSAdelinde M. Uhrmacher, Jan Himmelspach, Mathias Röhl, Roland Ewald. 832-840 [doi]
- A case study of the development and use of a mana-based federation for studying U.S. border operationsEmmet R. Beeker III, Ernest H. Page. 841-847 [doi]
- A non-fragmenting partitioning algorithm for hierarchical modelsRoland Ewald, Jan Himmelspach, Adelinde M. Uhrmacher. 848-855 [doi]
- Enhancement of memory pools toward a multi-threaded implementation of the joint integrated mission model (JIMM)David W. Mutschler. 856-862 [doi]
- The simulation project life-cycle: models and realitiesRobert G. Sargent, Richard E. Nance, C. Michael Overstreet, Stewart Robinson, Jayne Talbot. 863-871 [doi]
- Grid enabled sequential design and adaptive metamodelingWouter Hendrickx, Dirk Gorissen, Tom Dhaene. 872-881 [doi]
- A new metric for measuring metamodels quality-of-fit for deterministic simulationsHusam Hamad. 882-888 [doi]
- Meta-level control architecture for massively multiagent simulationsShohei Yamane, Toru Ishida. 889-896 [doi]
- Analyzing static and temporal properties of simulation modelsMamadou K. Traoré. 897-904 [doi]
- A neural network approach to the validation of simulation modelsJurgen Martens, Karl Pauwels, Ferdi Put. 905-910 [doi]
- A prescriptive technique for V&V of simulation models when no real-life data are availableLeonardo Chwif, Paulo Sérgio Muniz Silva, Lúcio Mitio Shimada. 911-918 [doi]
- Efficient agent-based simulation framework for multi-node supercomputersToshihiro Takahashi, Hideyuki Mizuta. 919-925 [doi]
- SASSY: a design for a scalable agent-based simulation system using a distributed discrete event infrastructureMaria Hybinette, Eileen Kraemer, Yin Xiong, Glenn Matthews, Jaim Ahmed. 926-933 [doi]
- Multi-agent learning model with bargainingHaiyan Qiao, Jerzy W. Rozenblit, Ferenc Szidarovszky, Lizhi Yang. 934-940 [doi]
- Assessment of the NIST shop data model as a neutral file formatGreg Harward, Charles R. Harrell. 941-946 [doi]
- Modelling and simulation of human decision-making in manufacturing systemsGert Zülch. 947-953 [doi]
- A dynamic business model for component-based simulation softwareStephan Onggo, Didier Soopramanien, Michael Pidd. 954-959 [doi]
- A data-integrated nurse activity simulation modelDurai Sundaramoorthi, Victoria C. P. Chen, Seoung B. Kim, Jay M. Rosenberger, Deborah F. Buckley-Behan. 960-966 [doi]
- Using anecdotal information to model the availability of an existing dynamometer systemValerie G. Caryer Cook. 967-974 [doi]
- Computational investigations of quasirandom sequences in generating test cases for specification-based testsHongmei Chi, Edward L. Jones. 975-980 [doi]
- Compiled code in distributed logic simulationJun Wang, Carl Tropper. 981-986 [doi]
- Causality information and fossil collection in timewarp simulationsMalolan Chetlur, Philip A. Wilsey. 987-994 [doi]
- Eliminating remote message passing in optimistic simulationDavid Bauer, Christopher D. Carothers. 995-1003 [doi]
- Incremental checkpointing with application to distributed discrete event simulationThomas Huining Feng, Edward A. Lee. 1004-1011 [doi]
- Performance evaluation of a CMB protocolCélia L. O. Kawabata, Regina Helena Carlucci Santana, Marcos José Santana, Sarita Mazzini Bruschi, Kalinka Regina Lucas Jaquie Castelo Branco. 1012-1019 [doi]
- Efficient parallel queuing system simulationTobias Kiesling, Thomas Krieger. 1020-1027 [doi]
- A distributed simulation approach for modeling and analyzing systems of systemsAbeer Sharawi, Serge N. Sala-Diakanda, Adam Dalton, Sergio E. Quijada, Nabeel Yousef, Luis Rabelo, José A. Sepúlveda. 1028-1035 [doi]
- Development of a runtime infrastructure for large-scale distributed simulationsBuquan Liu, Yiping Yao, Jing Tao, Huaimin Wang. 1036-1043 [doi]
- Implementation of time management in a runtime infrastructureBuquan Liu, Yiping Yao, Jing Tao, Huaimin Wang. 1044-1151 [doi]
- Distributed simulation in industry -- a survey: part 1 -- the COTS vendorsCsaba Attila Boer, Arie de Bruin, Alexander Verbraeck. 1053-1060 [doi]
- Distributed simulation in industry -- a survey: part 2 -- experts on distributed simulationCsaba Attila Boer, Arie de Bruin, Alexander Verbraeck. 1061-1068 [doi]
- Optimistic-conservative synchronization in distributed factory simulationSheng Xu, Leon F. McGinnis. 1069-1074 [doi]
- Engineering ab initio dynamic interoperability and composability via agent-mediated introspective simulationLevent Yilmaz, Andreas Tolk. 1075-1182 [doi]
- Composing simulations from XML-specified model componentsMathias Röhl, Adelinde M. Uhrmacher. 1083-1090 [doi]
- A domain-specific language for model couplingTom Bulatewicz, Janice E. Cuny. 1091-1100 [doi]
- Developing interoperability standards for distributed simulaton and COTS simulation packages with the CSPI PDGJohn Ladbrook, Malcolm Yoke-Hean Low, Steffen Straßburger, Simon J. E. Taylor, Stephen John Turner, Xiaoguang Wang. 1101-1110 [doi]
- The road to COTS-interoperability: from generic HLA-interfaces towards plug-and-play capabilitiesSteffen Straßburger. 1111-1118 [doi]
- About the need for distributed simulation technology for the resolution of real-world manufacturing and logistics problemsPeter Lendermann. 1119-1128 [doi]
- Interoperating simulations of automatic material handling systems and manufacturing processesBoon-Ping Gan, Lai Peng Chan, Stephen John Turner. 1129-1135 [doi]
- Distributed simulation with COTS simulation packages: a case study in health care supply chain simulationNavonil Mustafee, Simon J. E. Taylor, Korina Katsaliaki, Sally C. Brailsford. 1136-1142 [doi]
- Reference models for supply chain design and configurationMarkus Rabe, Frank-Walter Jaekel, Heiko Weinaug. 1143-1150 [doi]
- Using ontologies for simulation modelingPerakath C. Benjamin, Mukul Patki, Richard J. Mayer. 1151-1159 [doi]
- An ontology for trajectory simulationUmut Durak, Halit Oguztuzun, S. Kemal Ider. 1160-1167 [doi]
- Ontology based representations of simulation models following the process interaction world viewGregory A. Silver, Lee W. Lacy, John A. Miller. 1168-1176 [doi]
- On the performance of inter-organizational design optimization systemsPaolo Vercesi, Alberto Bartoli. 1177-1186 [doi]
- Using Java method traces to automatically characterize and model J2EE server applicationsDarpan Dinker, Herbert D. Schwetman. 1187-1194 [doi]
- Simulation of job scheduling for small scale clustersHassan Rajaei, Mohammad Dadfar, Pankaj Joshi. 1195-1201 [doi]
- Simulators for human-oriented trainingWilliam R. Swartout. 1202 [doi]
- Knowledge glyphs as a tactic for multi-planar visualization of simulation productsGina Thomas-Meyers, Randall D. Whitaker. 1203-1209 [doi]
- Temporal interface designs for modeling and simulation: reducing display clutter by temporal fusionJune J. Skelly. 1210-1215 [doi]
- Visualization of the battlespace: a cornerstone of modeling for anticipatory behaviorDenise L. Aleva, Janet E. Miller. 1216-1221 [doi]
- Conceptual linking of FCS C4ISR systems performance to information quality and force effectiveness using the CASTFOREM high resolution combat modelH. Todd Minners, Douglas C. Mackey. 1222-1225 [doi]
- An accurate, scalable communication effects server for the FCS system of systems simulation environmentRajive Bagrodia, Ken Tang, Steve Goldman, Dilip Kumar. 1226-1233 [doi]
- Design approach to implement implicit traffic in a simulation environmentCharles A. Brooks, Aaron Chesir, Erica Lindy, Jon A. McConnell, Monica Farah-Stapleton. 1234-1239 [doi]
- Learning curve application to space shuttle processing simulationsMichael G. Madden. 1240-1247 [doi]
- Low earth orbit rendezvous strategy for lunar missionsGrant R. Cates, William M. Cirillo, Chel Stromgren. 1248-1252 [doi]
- Using simulation, data mining, and knowledge discovery techniques for optimized aircraft engine fleet managementMichael K. Painter, Madhav Erraguntla, Gary L. Hogg Jr., Brian Beachkofski. 1253-1260 [doi]
- The modeling architecture for technology, research, and experimentationTom Hurt, Joe McDonnell, Tim McKelvy. 1261-1265 [doi]
- The migration of a collaborative UAV testbed into the flames simulation environmentWilliam M. Niland. 1266-1272 [doi]
- Specifying and simulating modern warfare scenarios with ITSimBwPhilipp Hügelmeyer, Timo Steffens, Thomas Zöller. 1273-1279 [doi]
- Lessons identified from data collection for model validationAlan Cowdale. 1280-1285 [doi]
- A methodology for conducting composite behavior model verification in a combat simulationEric S. Tollefson, Jeffrey B. Schamburg, Harold M. Yamauchi. 1286-1293 [doi]
- The mitre meteor robot control software: simulate as you operateRichard M. Weatherly, Frederick S. Kuhl, Robert H. Bolling, Robert J. Grabowski. 1294-1298 [doi]
- Using simulation and evolutionary algorithms to evaluate the design of mix strategies of decoy and jammers in anti-torpedo tacticsKo-Hsin Liang, Kuei-Ming Wang. 1299-1306 [doi]
- GA directed self-organized search and attack UAV swarmsIan C. Price, Gary B. Lamont. 1307-1315 [doi]
- Control of C2 unit using arena modeling and simulationSudha Thavamani. 1316-1323 [doi]
- SEM: enterprise modeling of JSF global sustainmentV. Devon Smith, Donald G. Searles, Bruce M. Thompson, Robert M. Cranwell. 1324-1331 [doi]
- A design of experiments approach to readiness risk analysisKeebom Kang, Kenneth H. Doerr, Susan M. Sanchez. 1332-1339 [doi]
- Modeling and simulation of Canadian forces strategic lift strategiesAhmed Ghanmi, R. H. A. David Shaw. 1340-1348 [doi]
- Assignment scheduling capability for unmanned aerial vehicles: a discrete event simulation with optimization in the loop approach to solving a scheduling problemDarryl K. Ahner, Arnold H. Buss, John Ruck. 1349-1356 [doi]
- Dynamic allocation of fires and sensors (DAFS): a low-resolution simulation for rapid modelingArnold H. Buss, Darryl K. Ahner. 1357-1364 [doi]
- Using RFID technologies to capture simulation data in a hospital emergency departmentMartin J. Miller, David M. Ferrin, Tanner Flynn, Marshall Ashby, K. Preston White, Michael G. Mauer. 1365-1370 [doi]
- Simulation services to support the control design of rail infrastructuresElisangela Mieko Kanacilo, Alexander Verbraeck. 1372-1379 [doi]
- Passenger travel behavior model in railway network simulationTing Li, Eric van Heck, Peter Vervest, Jasper Voskuilen, Freek Hofker, Fred Jansma. 1380-1387 [doi]
- A simulation study for designing a rail terminal in a container portByung Kwon Lee, Bong Joo Jung, Kap Hwan Kim, Soon Oh Park, Jeong Hoon Seo. 1388-1397 [doi]
- A comparison of transportation network resilience under simulated system optimum and user equilibrium conditionsPamela M. Murray-Tuite. 1398-1405 [doi]
- VISSIM: a multi-parameter sensitivity analysisNicholas E. Lownes, Randy Machemehl. 1406-1413 [doi]
- An investigation of real-time dynamic data driven transportation simulationMichael Hunter, Richard M. Fujimoto, Wonho Suh, Hoe Kyoung Kim. 1414-1421 [doi]
- Linking strategic objectives to operations: towards a more effective supply chain decision makingChangrui Ren, Jin Dong, Hongwei Ding, Wei Wang. 1422-1430 [doi]
- Evaluating refinery supply chain policies and investment decisions through simulation-optimizationLee Ying Koo, Yuhong Chen, Arief Adhitya, Rajagopalan Srinivasan, Iftekhar A. Karimi. 1431-1437 [doi]
- Use of federated object modeling to develop a macro-system model for the U.S. Department of Energy s hydrogen programMark F. Ruth, Keith B. Vanderveen, Timothy J. Sa. 1438-1445 [doi]
- Observations on material flow in supply chainsSilvanus T. Enns, Pattita Suwanruji. 1446-1451 [doi]
- An object-oriented framework for simulating multi-echelon inventory systemsManuel D. Rossetti, Mehmet Miman, Vijith Varghese, Yisha Xiang. 1452-1461 [doi]
- Earth to orbit logistics and supply chain modeling and simulation for NASA exploration systemsMohamed Fayez, Dayana Cope, Assem Kaylani, Mike Callinan, Edgar Zapata, Mansooreh Mollaghasemi. 1462-1468 [doi]
- Multi-location transshipment problem with capacitated production and lost salesDeniz Özdemir, Enver Yücesan, Yale T. Herer. 1470-1476 [doi]
- Module-based modeling of production-distribution systems considering shipment consolidationXiaohua Wang, Soemon Takakuwa. 1477-1484 [doi]
- A simulation framework for real-time management and control of inventory routing decisionsShrikant Jarugumilli, Scott E. Grasman, Sreeram Ramakrishnan. 1485-1492 [doi]
- Application of stochastic optimization method for an urban corridorIlsoo Yun, Byungkyu Brian Park. 1493-1499 [doi]
- A systems approach to scalable transportation network modelingKalyan S. Perumalla. 1500-1507 [doi]
- A framework for new generation transportation simulationDaiheng Ni. 1508-1514 [doi]
- Simulating the operational control of free ranging AGVsMark B. Duinkerken, Tiemen ter Hoeven, Gabriël Lodewijks. 1515-1522 [doi]
- Comparison of routing strategies for AGV systems using simulationMark B. Duinkerken, Jaap A. Ottjes, Gabriël Lodewijks. 1523-1530 [doi]
- Fast creation of realistic and efficient free path network within a simulation model of a shop floor and a supply chain systemMichal Stec. 1531-1536 [doi]
- Assessment of transport infrastructure projects by the use of Monte Carlo simulation: the CBA-DK modelKim Bang Salling, Steen Leleur. 1537-1544 [doi]
- An object-oriented framework for simulating automatic data collection systemsManuel D. Rossetti, Bradley J. Hobbs, Paul D. Faas. 1545-1553 [doi]
- A proposed multiagent model for bus crew schedulingAbdul S. Shibghatullah, Tillal Eldabi, Jasna Kuljis. 1554-1561 [doi]
- Airspace geometry and 4D flight proximity detection for simulation of the National Airspace SystemPaul T. R. Wang, Richard E. Snow. 1562-1568 [doi]
- Estimating operational benefits of aircraft navigation and air traffic control procedures using an integrated aviation modeling and evaluation platformRalf H. Mayer. 1569-1577 [doi]
- The northwest passage: a simulationSaran Somanathan, Peter C. Flynn, Jozef Szymanski. 1578-1585 [doi]
- Innovation in software for systems biology: is there any?Herbert M. Sauro. 1586 [doi]
- Development and implementation of the PSI MI standard for molecular interactionSamuel Kerrien, Henning Hermjakob. 1587-1594 [doi]
- A corpus-driven approach for design, evolution and alignment of ontologiesThomas Wächter, André Wobst, Michael Schroeder, He Tan, Patrick Lambrix. 1595-1602 [doi]
- A method for comparison of standardized information within systems biologyLena Strömbäck. 1603-1610 [doi]
- Nonuniform sampling for global optimization of kinetic rate constants in biological pathwaysSteven H. Kleinstein, Dean Bottino, Anna Georgieva, Ramesh Sarangapani, G. Scott Lett. 1611-1616 [doi]
- Prediction of ::::in vitro:::: hepatic biliary excretion using stochastic agent-based modeling and fuzzy clusteringShahab Sheikh-Bahaei, C. Anthony Hunt. 1617-1624 [doi]
- Comprehensive and realistic modeling of biological systemsDavid Harel. 1625-1627 [doi]
- The role of composition and aggregation in modeling macromolecular regulatory networksClifford A. Shaffer, Ranjit Randhawa, John J. Tyson. 1628-1636 [doi]
- SBW - a modular framework for systems biologyFrank T. Bergmann, Herbert M. Sauro. 1637-1645 [doi]
- Modeling and analysis of biological processes by mem(brane) calculi and systemsNadia Busi, Claudio Zandron. 1646-1655 [doi]
- Symbolic modeling of signal transduction in pathway logicCarolyn L. Talcott. 1656-1665 [doi]
- Simulation and verification for computational modelling of signalling pathwaysMarta Z. Kwiatkowska, Gethin J. Norman, David Parker, Oksana Tymchyshyn, John Heath, Eamonn Gaffney. 1666-1674 [doi]
- Executable biologyJasmin Fisher, Thomas A. Henzinger. 1675-1682 [doi]
- Approaches to complexity reduction in a systems biology research environment (SYCAMORE)Irina Surovtsova, Sven Sahle, Jürgen Pahle, Ursula Kummer. 1683-1689 [doi]
- Complexity reduction of biochemical networksRavishankar Rao Vallabhajosyula, Herbert M. Sauro. 1690-1697 [doi]
- Simulation of biochemical networks using COPASI: a complex pathway simulatorSven Sahle, Ralph Gauges, Jürgen Pahle, Natalia Simus, Ursula Kummer, Stefan Hoops, Christine Lee, Mudita Singhal, Liang Xu, Pedro Mendes. 1698-1706 [doi]
- CellDesigner: a modeling tool for biochemical networksAkira Funahashi, Yukiko Matsuoka, Akiya Jouraku, Hiroaki Kitano, Norihiro Kikuchi. 1707-1712 [doi]
- Think simulation - think experiment: the virtual cell paradigmIon I. Moraru, James C. Schaff, Leslie M. Loew. 1713-1719 [doi]
- Challenges for modeling and simulation methods in systems biologyHerbert M. Sauro, David Harel, Marta Z. Kwiatkowska, Clifford A. Shaffer, Adelinde M. Uhrmacher, Michael Hucka, Pedro Mendes, Lena Strömbäck, John J. Tyson. 1720-1730 [doi]
- Sequence step algorithm for continuous resource utilization in probabilistic repetitive projectsPhotios G. Ioannou, Chachrist Srisuwanrat. 1731-1740 [doi]
- Simulation based scheduling system in a semiconductor backend facilitySebastian Werner, Sven Horn, Gerald Weigert, Thomas Jähnig. 1741-1748 [doi]
- Pareto control in multi-objective dynamic scheduling of a stepper machine in semiconductor wafer fabricationAmit Kumar Gupta, Appa Iyer Sivakumar. 1749-1756 [doi]
- Simulation-based multi-objective optimization of a real-world scheduling problemAnna Persson, Henrik Grimm, Amos Ng, Thomas Lezama, Jonas Ekberg, Stephan Falk, Peter Stablum. 1757-1764 [doi]
- A reinforcement learning algorithm to minimize the mean tardiness of a single machine with controlled capacityHadeel D. Idrees, Mahdy O. Sinnokrot, Sameh Al-Shihabi. 1765-1769 [doi]
- Stochastic shipyard simulation with SimYardOliver Dain, Matthew L. Ginsberg, Erin Keenan, John M. Pyle, Tristan B. Smith, Andrew Stoneman, Iain Pardoe. 1770-1778 [doi]
- SIMUL8-planner for composites manufacturingKim Hindle, Matt Duffin. 1779-1784 [doi]
- Simulation assisted optimozation and real-time control aspects of flexible production systems subject to disturbancesWilhelm Dangelmaier, Kiran R. Mahajan, Thomas Seeger, Benjamin Klöpper, Mark Aufenanger. 1785-1795 [doi]
- A simulation-GA based model for production planning in precast plantXiaofeng Zhai, Robert L. K. Tiong, Hans C. Bjornsson, David K. H. Chua. 1796-1803 [doi]
- Estimating expected completion times with probabilistic job routingNirmal Govind, Theresa M. Roeder. 1804-1810 [doi]
- Modeling semiconductor tools for small lotsize FAB simulationsKilian Schmidt, Jörg Weigang, Oliver Rose. 1811-1816 [doi]
- Economy of scale effects for large wafer fabsOliver Rose. 1817-1820 [doi]
- Simulation analysis on the impact of furnace batch size increase in a deposition loopBoon-Ping Gan, Peter Lendermann, Kelvin Paht Te Quek, Bart van der Heijden, Chen Chong Chin, Choon Yap Koh. 1821-1828 [doi]
- Indirect cycle-time quantile estimation for non-FIFO dispatching policiesJennifer McNeill Bekki, Gerald T. Mackulak, John W. Fowler. 1829-1835 [doi]
- A full factory transient simulation model for the analysis of expected performance in a transition periodMoti Klein, Adar Kalir. 1836-1839 [doi]
- The use of slow down factors for the analysis and development of scheduling algorithms for parallel cluster toolsRobert Unbehaun, Oliver Rose. 1840-1847 [doi]
- Simulation-based selection of machine criticality measures for a shifting bottleneck heuristicJens Zimmermann, Lars Mönch. 1848-1854 [doi]
- Using system dynamics simulations to compare capacity models for production planningSeza Orcun, Reha Uzsoy, Karl G. Kempf. 1855-1862 [doi]
- Flexible experimentation and analysis for hybrid DEVS and MPC modelsDongping Huang, Hessam S. Sarjoughian, Gary W. Godding, Daniel E. Rivera, Karl G. Kempf. 1863-1870 [doi]
- An analytical model of vehicle-based automated material handling systems in semiconductor fabsDima Nazzal, Leon F. McGinnis. 1871-1879 [doi]
- Systems engineering and design of high-tech factoriesLeon F. McGinnis, Edward Huang, Kan Wu. 1880-1886 [doi]
- Simulation-based scheduling of parallel wire-bonders with limited clamp&paddlesDaniel Quadt. 1887-1892 [doi]
- Effective design of an assembly line using modeling & simulationFrancesco Longo, Giovanni Mirabelli, Enrico Papoff. 1893-1898 [doi]
- Digital factory: simulation enhancing the product and production engineering processWolfgang Kühn. 1899-1906 [doi]
- Why lean needs simulationCharles R. Standridge, Jon H. Marvel. 1907-1913 [doi]
- The effects of backorder information and reduced-setup dispatching under reorder point or Kanban replenishmentSilvanus T. Enns. 1914-1919 [doi]
- Simulation intelligence and modeling for manufacturing uncertaintiesSk Ahad Ali, Hamid Seifoddini. 1920-1928 [doi]
- Discrete event simulation for batch processingCraig W. Alexander. 1929-1934 [doi]
- Productivity simulation with promodel for an automotive assembly workstation involving a lift assist deviceQiuli Yu, Vincent G. Duffy, John McGinley, Zachary Rowland. 1935-1939 [doi]
- Material handling resource utilization simulation study for stamping plantEdward J. Williams, Onur M. Ülgen, Sheldon Bailiff, Ravindra Lote. 1940-1945 [doi]
- Applications of discrete-event simulation to support manufacturing logistics decision-making: a surveyMarco Semini, Hakon Fauske, Jan Ola Strandhagen. 1946-1953 [doi]
- A bee colony optimization algorithm to job shop schedulingChin Soon Chong, Appa Iyer Sivakumar, Malcolm Yoke-Hean Low, Kheng Leng Gay. 1954-1961 [doi]
- Simulation-based early warning systems as a practical approach for the automotive industryIngo Hotz, André Hanisch, Thomas Schulze. 1962-1970 [doi]
- Increased energy efficiency in a Swedish iron foundry through use of discrete event simulationPetter Solding, Patrik Thollander. 1971-1976 [doi]
- Application of factorial designs for reducing factors in optimization via discrete-event simulationJosé Arnaldo Barra Montevechi, Renaldo Gonzaga de Almeida Filho, André Luiz Medeiros. 1977-1984 [doi]
- A decision support tool for Dofasco s primary steelmaking operationsDarrell W. Starks, Robert Schwieters, Daniel Creces. 1985-1988 [doi]
- Database-intensive process simulation at the Y-12 national security complexReid L. Kress, Karen Bills, Jack Dixon, Richard Rinehart. 1989-1996 [doi]
- Pull production cycle-time under varying product mixesChakkaphan Athapornmongkon, Jochen Deuse, Chee Yew Wong. 1997-2002 [doi]
- Optimal control of make-to-order manufacturing systems via selected order acceptanceAmitava Nandi, Paul Rogers. 2003-2011 [doi]
- Simulating order fulfillment with product substitutions in an assemble-to-order supply chainThomas R. Ervolina, Markus Ettl, Young M. Lee, Daniel J. Peters. 2012-2020 [doi]
- Sensitivity analysis of construction simulation using Cell-DEVS and microcycloneHong Pang, Cheng Zhang, Amin Hammad. 2021-2028 [doi]
- Simulation and visualization of air-side operations at Detroit Metropolitan AirportHiam M. Khoury, Vineet R. Kamat, Photios G. Ioannou. 2029-2038 [doi]
- Bridge_Sim: framework for planning and optimizing bridge deck construction using computer simulationMohamed Marzouk, Hisham Zein, Moheeb Elsaid. 2039-2046 [doi]
- Eucalyptus: intelligent infrastructure enabled participatory design studioMichael Jemtrud, Philam Nguyen, Bruce Spencer, Martin Brooks, Sandy Liu, Yong Liang, Bo Xu, Libo Zhang. 2047-2054 [doi]
- Structure of an extensible augmented reality framework for visualization of simulated construction processesAmir H. Behzadan, Hiam M. Khoury, Vineet R. Kamat. 2055-2062 [doi]
- Attaining cost efficiency in constructing sports facilities for Beijing 2008 Olympic Games by use of operations simulationWah-Ho Chan, Ming Lu, Jian-Ping Zhang. 2063-2070 [doi]
- Using a CFD simulation in designing a smoke management system in a buildingGeorge Hadjisophocleous, Yoon J. Ko. 2071-2076 [doi]
- Application of the DEVS framework in construction simulationSivakumar Palaniappan, Anil Sawhney, Hessam S. Sarjoughian. 2077-2086 [doi]
- Productivity simulation during the planning phase of the Glencoe tunnel in Calgary, Canada: a case studyHussien T. Al-Battaineh, Simaan M. AbouRizk, James Tan, Siri Fernando. 2087-2092 [doi]
- Underlying issues associated with validation and verification of dynamic data driven simulationJohn Michopoulos, Sam Lambrakos. 2093-2100 [doi]
- Requirements for DDDAS flexible point supportJoseph C. Carnahan, Paul F. Reynolds Jr.. 2101-2108 [doi]
- SWORD: scalable and flexible workload generator for distributed data processing systemsKay S. Anderson, Joseph P. Bigus, Eric Bouillet, Parijat Dube, Nagui Halim, Zhen Liu, Dimitrios E. Pendarakis. 2109-2116 [doi]
- DDDAS approaches to wildland fire modeling and contaminant trackingCraig C. Douglas, Robert A. Lodder, Richard E. Ewing, Yalchin Efendiev, Guan Qin, Janice L. Coen, Mauricio Kritz, Jonathan D. Beezley, Jan Mandel, Mohamed Iskandarani, Anthony Vodacek, Gundolf Haase. 2117-2124 [doi]
- A society of simulation approach to dynamic integration of simulationsAlok Chaturvedi. 2125-2131 [doi]
- Multi-scale integrated information and telecommunications system (MIITS): first results from a large-scale end-to-end network simulatorRoman Waupotitsch, Stephan Eidenbenz, James P. Smith, Lukas Kroc. 2132-2139 [doi]
- Quantile estimation: a minimalist approachYury Bakshi, David A. Hoeflin. 2140-2145 [doi]
- A highly efficient M/G/infinity generator of self-similar tracesMaria Estrella Sousa Vieira, Andrés Suárez-González, Manuel Fernández-Veiga, Cándido López-García, Raúl Fernando Rodríguez Rubio. 2146-2153 [doi]
- Simulation-based routing protocol performance analysis: a case studyTalal M. Jaafar, George F. Riley, Dheeraj Reddy, Dana Blair. 2154-2161 [doi]
- Packet-level integration of fluid TCP models in real-time network simulationJason Liu. 2162-2169 [doi]
- Towards simulator interoperability and model interreplaceability in network simulation and emulation through AMINES-HLAErek Göktürk. 2170-2179 [doi]
- Evaluating arrival rate uncertainty in call centersThomas R. Robbins, Deborah J. Medeiros, Paul Dum. 2180-2187 [doi]
- Improving confidence in network simulationsMichele C. Weigle. 2188-2194 [doi]
- Analyzing internet packet traces using Lindley s RecursionMartin J. Fischer, Denise M. Bevilacqua Masi. 2195-2201 [doi]
- A methodology for the evaluation of web graph models and a test caseAntonios Kogias, Dimosthenis Anagnostopoulos. 2202-2209 [doi]
- Path preserving scale down for validation of internet inter-domain routing protocolsGlenn Carl, Shashi Phoha, George Kesidis, Bharat B. Madan. 2210-2218 [doi]
- A MANET simulation tool to study algorithms for generating propagation mapsScott L. Rosen, John A. Stine, William J. Weiland. 2219-2224 [doi]
- Wireless network simulation extensions in SIDE/SMURPHPawel Gburzynski, Ioanis Nikolaidis. 2225-2233 [doi]
- A simulation analysis of multicasting in delay tolerant networksMuhammad Abdulla, Robert Simon. 2234-2241 [doi]
- Grand challenge case studies in a simulation curriculumMichael Spiegel, Paul F. Reynolds Jr., David C. Brogan. 2242-2249 [doi]
- Using the introductory simulation course to teach process dynamics and extended operations management conceptsTimothy S. Vaughan. 2250-2255 [doi]
- Teaching with the problem solving power of simulationCharles R. Standridge. 2256-2260 [doi]
- Controlling simulation games through rule-based scenariosStijn-Pieter A. van Houten, Alexander Verbraeck. 2261-2269 [doi]
- Why transient analysis can be de-emphasized in undergraduate simulation coursesH. T. L. Pham, J. L. Pittman, Mary C. Court. 2270-2276 [doi]
- Discrete-event simulation of queues with spreadsheets: a teaching caseMarco Aurélio de Mesquita, Alvaro Euzebio Hernandez. 2277-2283 [doi]
- Development of criterion models for use in simulation analysisGerald Evans, Nicholas Anderson. 2284 [doi]
- Finding probably best systems quickly via simulationTakayuki Osogami. 2285 [doi]
- Epidemics alert & response framework and technology based on spreading dynamics simulationChunhua Tian, Xun Zhang, Wei Ding, Rongzeng Cao. 2286 [doi]
- Volume fusion: a unified framework for multi-scale dynamic and heterogeneous scenesDuoduo Liao, Shiaofen Fang. 2287 [doi]
- Modeling of individual decision making in mass customization marketsZbigniew J. Pasek. 2288 [doi]
- Quantitative studies on the organizational structure of SME s: a case study of the pharmaceutical industry in ChinaLinlin Cui, Jin Dong, Yueting Chai. 2289 [doi]
- Information fusion and component development for space launch risk analysisSerge N. Sala-Diakanda, Luis Rabelo. 2290 [doi]
- An object oriented library for sawmill simulationFrancisco J. Ramis, Jorge L. Palma, Felipe F. Baesler, José A. Sepúlveda, Reinaldo J. Moraga. 2291 [doi]
- Risk analysis using Monte Carlo simulation and Bayesian networksCláudio Flores, Fernando Makiyama, Silvia Nassar, Paulo Freitas, Carlos Jacinto. 2292 [doi]
- Interactive simulationSam Savage. 2293 [doi]
- Parallel simulations of manufacturing processing using simpy, a python-based discrete event simulation toolVictor Castillo. 2294 [doi]
- SOA-standard-conform modeling as a high-level-standard for discrete simulationThomas Wiedemann, Peter Eichhorst. 2295 [doi]
- Use of a computer algebra software in the functional validation of continuous simulationsYvon Resplandy. 2296 [doi]
- A visual aproach to enhance discrete-event simulation model interoperabilityTai-Chi Wu, Allen Greenwood. 2297 [doi]
- Methods of utilizing surveillance and reconnaissance assets to enable command and control schema analysisTerri Chang. 2298 [doi]
- SETAC 2 WEB: a web based tactical training simulator for the Chilean ArmyLuis F. Robledo, José Robles, Juan C. Perez. 2299 [doi]
- PLSE-based generic simulation training platform for typical weapon equipmentsYing Liu. 2300 [doi]
- In silico analogues of epithelial cell growth and morphogenesisSean H. J. Kim, Mark R. Grant, Sunwoo Park, C. Anthony Hunt. 2301 [doi]
- Barriers to and driving forces for the implementation of manufacturing simulation in the Swedish foundry industryPatrik Thollander. 2302 [doi]
- Conspace simulation applicationTarek Zayed. 2303 [doi]
- Comparative analysis of process interaction and activity scanning approaches in simulation of construction operationsRita Awwad, Amir Behzadan, Omer Tsimhoni. 2304 [doi]
- Simulation of the Pig Iron transportation system in companhia siderurgica tubarao: Arcelor groupAlain de Norman et d Audenhove. 2305 [doi]
- Supply-chain simulation and analysis of petroleum refinery systems: a reusable template with incremental approachLuiz Augusto Gago Franzese, Marcelo Moretti Fioroni, Daniel Pablo Paz, Rui Carlos Botter, Carlos Alberto Gratti, Alberto Omar Martinez, Carlos Maria Bacigalupo. 2306 [doi]
- The operational risk tree methodology for managing operational risk exposure and measuring capital requirementsHenry Lee. 2307 [doi]