SpringSim 2007: Norfolk, Virginia, USA

Agent taxonomies

• Lisa Jean Moya, Andreas Tolk:
  Towards a taxonomy of agents and multi-agent systems. 11-18
  
• Tuncer I. Ören, Nasser Ghasem-Aghaee, Levent Yilmaz:
  An ontology-based dictionary of understanding as a basis for software agents with understanding abilities. 19-27
  
• O. Thomas Holland:
  Taxonomy for the modeling and simulation of emergent behavior systems. 28-35
  

Applications I

• Wayne W. Wakeland, Louis M. Macovsky, Gary An:
  A hybrid simulation model for studying acute inflammatory response. 39-46
  
• Bob DeAnna, Bob Peterson:
  Simulation monitoring using intelligent mobile agent technology. 47-52
  
• Maarten Sierhuis, Thomas E. Diegelman, Chin Seah, Valerie Shalin, William J. Clancey, Albert M. Selvin:
  Agent-based simulation of shuttle mission operations. 53-60
  

Agent architectures and coordination models

• Nancy Ruiz, Adriana Giret, Vicente J. Botti:
  An agent-supported simulation architecture for manufacturing systems. 63-70
  
• Daniel Moura, Eugenio Oliveira:
  Fighting fire with agents: an agent coordination model for simulated firefighting. 71-78
  
• A. K. Castner, I. A. Chukhman, E. J. Colbert, M. E. Dale, B. Y. Lewis, D. R. Zaret:
  An agent-supported simulation framework for metric-aware dynamic fidelity modeling. 79-86
  

Applications II

• Teruhiko Yoneyama, Mukkai S. Krishnamoorthy:
  Consideration of fluctuation and factors in election with a simulation model. 89-93
  
• Levent Yilmaz:
  Exploring the impact of employee turnover on the effectiveness of software development team archetypes. 94-101
  
• Elkosantini Sabeur, Gien Denis:
  Human behavior and social network simulation: fuzzy sets/logic and agents-based approach. 102-109
  

Agent organization modeling

• Umit Ayvaz, Murat Dere, Yao Ming Tiah:
  Using the MANA agent-based simulation tool to evaluate and compare the effectiveness of ground-based and airborne communications jammers in countering the IED threat to ground convoys. 113-118
  
• Valeria Cardellini, Emiliano Casalicchio, Emanuele Galli:
  Agent-based modeling of interdependencies in critical infrastructures through UML. 119-126
  
• Il-Chul Moon, Kathleen M. Carley:
  Evolving multi-agent network structure with organizational learning. 127-134
  

Applications III

• Sule Yildirim, Gregory L. Dam, James C. Houk:
  The mind agents in Netlogo 3.1. 137-143
  
• Yongqin Gao, Gregory R. Madey:
  Towards understanding: a study of the SourceForge.net community using modeling and simulation. 145-150
  
• Carlos Bustamante, César Flores, Leonardo Garrido:
  A physics model for the RoboCup 3D soccer simulation. 151-158
  

Formal models

• Gary R. Mayer, Hessam S. Sarjoughian:
  Complexities of simulating a hybrid agent-landscape model using multi-formalism composability. 161-168
  
• May R. Permann:
  Genetic algorithms for agent-based infrastructure interdependency modeling and analysis. 169-177
  
• Virginia Dignum, Frank Dignum:
  Understanding organizational congruence: formal model and simulation framework. 178-184
  
• Hui-Hua Ou-Yang:
  An exposure study of technology transaction. 185-191
  

DEVS foundations

• Hessam S. Sarjoughian, Robert Flasher:
  System modeling with mixed object and data models. 199-206
  
• Hernán P. Dacharry, Norbert Giambiasi:
  Discrete event modeling through a multi-formalism approach, from a user-oriented perspective. 207-213
  
• Mamadou K. Traoré:
  Easy DEVS. 214-216
  

Modeling and simulation methods: part 1

• Taekyu Kim, Moon Ho Hwang, Doohwan Kim, Bernard P. Zeigler:
  DEVS/NS-2 environment: integrated tool for efficient networks modeling and simulation. 219-226
  
• Lassaad Baati, Claudia S. Frydman, Norbert Giambiasi:
  LSIS_DME M&S environment extended by dynamic hierarchical structure DEVS modeling approach. 227-234
  
• Chiril Chidisiuc, Gabriel A. Wainer:
  CD++Builder: an eclipse-based IDE for DEVS modeling. 235-240
  

Modeling and simulation methods: part 2

• Saehoon Cheon, Bernard P. Zeigler:
  Experimental frame structuring and aggregation of source data: application to US climate normals. 243-248
  
• Jan Himmelspach, Roland Ewald, Stefan Leye, Adelinde M. Uhrmacher:
  Parallel and distributed simulation of parallel DEVS models. 249-256
  

Collaborative execution and system modeling over SOA

• Rami Madhoun, Gabriel A. Wainer:
  Studying the impact of web-services implementation of distributed simulation of DEVS and Cell-DEVS models. 267-278
  
• José Luis Risco-Martín, Saurabh Mittal, M. A. López-Peña, Jesús Manuel de la Cruz:
  A W3C XML schema for DEVS scenarios. 279-286
  
• Saurabh Mittal, José Luis Risco-Martín, Bernard P. Zeigler:
  DEVSML: automating DEVS execution over SOA towards transparent simulators. 287-295
  

Applications

• Thierry Antoine-Santoni, Jean François Santucci, Emmanuelle de Gentili, Bernadette Costa:
  Modelling & simulation oriented components of wireless sensor network using DEVS formalism. 299-306
  
• Doo-Yeoun Cho, Myeong-Jo Son, Jung-Ho Kang, Sung-Jun Lee, Ju-Hwan Cha, Seong-Jin Yoo, Hyo-Kwang Lee, Kyu-Yeul Lee, Tae Wan Kim, Yong-Seog Ko:
  Analysis of a submarine's evasive capability against an antisubmarine warfare torpedo using DEVS modeling and simulation. 307-315
  
• Rajanikanth Jammalamadaka, Bernard P. Zeigler, Ming Zhang, M. E. Gettings, M. Bultman:
  Complex system simulation: DEVS implementation of the valley fever model. 316-319
  
• Jon A. Preston, Xiaolin Hu, Sushil K. Prasad:
  Simulation-based architectural design and implementation of a real-time collaborative editing system. 320-327
  

High performance applications

• Ranjit Randhawa, Clifford A. Shaffer, John J. Tyson:
  Fusing and composing macromolecular regulatory network models. 337-344
  
• Yaroslav Chushak, Brent D. Foy, John M. Frazier:
  Biomolecular Network Simulator: software for stochastic simulation of cellular biological processes. 345-349
  
• Anurag Srivastava, John C. Linford, Adrian Sandu:
  Performance of stabilized explicit time integration methods for parallel air quality models. 350-356
  

Problem-solving environments and high performance software tools

• Waqar Haque, Paul R. Stokes:
  Simulation of a complex distributed real-time database system. 359-366
  
• Hung Viet Le, Enrico Pontelli:
  Dynamic scheduling in parallel answer set programming solvers. 367-374
  
• Gabriel Mateescu:
  Overcoming the processor communication overhead in MPI applications. 375-378
  

Component-based high performance applications

• V. Bergeaud, M. Tajchman:
  Application of the SALOME software architecture to nuclear reactor research. 383-387
  
• Wei Lu, Kenneth Chiu, Satoshi Shirasuna, Dennis Gannon:
  A hybrid decomposition scheme for building scientific workflows. 388-394
  
• Sumir Chandra, Manish Parashar, Jaideep Ray:
  Analyzing the impact of computational heterogeneity on runtime performance of parallel scientific components. 395-402
  

Parallel algorithms and architectures

• Rhonda D. Phillips, Layne T. Watson, Randolph H. Wynne:
  A shared memory parallel algorithm for hybrid image classification. 405-411
  
• Thi-Thanh-Mai Hoang:
  Optimization algorithms for multi-service IP network planning. 412-418
  
• Steven M. Carter, Makia Minich, Nageswara S. V. Rao:
  Experimental evaluation of infiniband transport over local- and wide-area networks. 419-426
  

Grid computing

• Jinho Ahn:
  2-step algorithm for enhancing effectiveness of sender-based message logging. 429-434
  
• Tharaka Devadithya, Kenneth Chiu, Wei Lu:
  C++ reflection for high performance problem solving environments. 435-440
  
• Tharaka Devadithya, Zongde Liu, Nayef Abu-Ghazaleh, Wei Lu, Kenneth Chiu, Stéphane Ethier:
  BXSA for fast processing of scientific data. 441-446
  

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