SpringSim 2010: Orlando, Florida, USA

Agent-Directed Simulation (ADS)

• Muaz A. Niazi, Qasim Siddique, Amir Hussain, Mario Kolberg:
  Verification & validation of an agent-based forest fire simulation model. 1
  
• Luís F. O. Jacintho, André F. M. Batista, Terry L. Ruas, Maria das Graças Bruno Marietto, Fábio A. Silva:
  An agent-based model for the spread of the Dengue fever: a swarm platform simulation approach. 2
  
• Alexey Solovyev, Maxim Mikheev, Leming Zhou, Joyeeta Dutta-Moscato, Cordelia Ziraldo, Gary An, Yoram Vodovotz, Qi Mi:
  SPARK: a framework for multi-scale agent-based biomedical modeling. 3
  
• Pier-Giovanni Taranti, Karin Koogan Breitman, Carlos José Pereira de Lucena, Ricardo Choren:
  An approach to reduce the gap between conceptual and execution models in agent-directed simulations. 4
  
• Robert Siegfried, Axel Lehmann:
  Application of the GRAMS reference model for agent-based modeling and simulation to a warehouse scenario. 5
  
• Stefan Rank:
  Docking agent-based simulation of collective emotion to equation-based models and interactive agents. 6
  
• Jonathan K. Alt, Stephen Lieberman, Curtis L. Blais:
  A use-case approach to the validation of social modeling and simulation. 7
  
• Wayne Wu, Yu Zhang:
  Stability analysis in dynamic social networks. 8
  
• Cindy Hui, Mark K. Goldberg, Malik Magdon-Ismail, William A. Wallace:
  Agent-based simulation of the diffusion of warnings. 9
  
• Volker Nissen, Danilo Saft:
  Social emergence in organisational contexts: benefits from multi-agent simulations. 10
  
• Emin Kugu, Frederic D. McKenzie, Jiang Li, Ozgur Koray Sahingoz:
  Multi agent design and implementation of crowd injury model. 11
  
• Sean H. J. Kim, Sunwoo Park, Glen E. P. Ropella, C. Anthony Hunt:
  Agent-based simulation of drug disposition in cirrhotic liver. 12
  
• Oralee Nudson, David Newman, Benjamin A. Carreras:
  Creating portable agents for coupling power transmission models. 13
  
• Chris J. Kuhlman, Bryan Lewis, Richard J. Beckman, Stephen Eubank, Tridib Dutta:
  Clustering method incorporating network topology and dynamics. 14
  
• Arpan Jani:
  An agent based model of opinion dynamics using the anchoring and adjustment heuristic. 15
  
• John F. Magnotti, Levent Yilmaz:
  An agent simulation study of optimal foraging: the ideal free distribution with individual scalar expectancies. 16
  
• Travis Steel, Rym Zalila-Wenkstern:
  Simulated event propagation in distributed, open environments. 17
  
• John M. Usher, Xuan Liu, Eric Kolstad:
  Simulation of pedestrian behavior in intermodal facilities. 18
  
• Anson Yuanxi Liang, Malcolm Yoke-Hean Low, Michael Harold Lees, Wentong Cai, Suiping Zhou:
  A framework of intelligent environment with smart-active objects (IESAO) for flexible and efficient crowd simulation. 19
  

Military Modeling and Simulation (MMS)

• Eric Ortiz, Stephanie J. Lackey, M. A. J. Jonathan Stevens, Irwin Hudson:
  The impact of unmanned weapon systems on individual and team performance. 20
  
• Miguel Serna, Fernando Sevillano, Marta Beltrán, Antonio Guzmán:
  Defining the entity transfer interoperability reference model for military applications. 21
  
• Joe Robert Gonzalez Jr.:
  Enabling psychological operations in simulation. 22
  
• Jonathan K. Alt, Stephen Lieberman, Thomas Anderson:
  Visualizing the human, social, cultural and behavioral components of a complex conflict ecosystem. 23
  
• Jonathan K. Alt, Steven Lieberman, Sean Everton:
  Violent extremist network representation and attack the network course of action analysis in social simulation. 24
  
• Louise Leenen, Johannes Vorster, Hermanus le Roux:
  A constraint-based solver for the military unit path finding problem. 25
  
• Jeremiah T. Folsom-Kovarik, Sae Lynne Schatz, Gita Sukthankar, Denise M. Nicholson:
  What information does this question convey?: leveraging help-seeking behavior for improved modeling in a simulation-based intelligent tutor. 26
  
• Paul Maxwell, Anthony A. Maciejewski, Howard Jay Siegel, Jerry Potter:
  A cordon and search model and simulation using timed, stochastic, colored petri nets for robust decision-making. 27
  
• Jeong-Hoon Kim, Chang Beom Choi, Il-Chul Moon, Tag Gon Kim:
  DEVS-based doctrine validation of fleet anti-air defense. 28
  
• Mohammad Moallemi, Gabriel A. Wainer, Antoine Awad, Dieynaba Alpha Tall:
  Application of RT-DEVS in military. 29
  
• Denise M. Nicholson:
  Automating instructional support for SBT: next-generation expeditionary warfare intelligent training (NEW-IT). 30
  
• Roberto K. Champney, Laura Milham, Tiffany Parrish, Christina Kokini, Kay M. Stanney:
  Automating instruction support: insights from field research. 31
  
• Jennifer Fowlkes, Sae Lynne Schatz, Kevin C. Stagl:
  Instructional strategies for scenario-based training: insights from applied research. 32
  
• Jennifer J. Vogel-Walcutt, Stephen M. Fiore:
  Insights from empirical metacognitive research. 33
  
• John Kropewnicki, Derek Fry, John Poyau:
  Developing an instructor support system for scenario-based training. 34
  
• Glenn A. Martin, Charles E. Hughes:
  A scenario generation framework for automating instructional support in scenario-based training. 35
  
• Sae Lynne Schatz:
  Simulation-based training for irregular warfare. 36
  
• Bruno Emond, Hélène Fournier, Jean-François Lapointe:
  Applying advanced user models and input technologies to augment military simulation-based training. 37
  
• Serious games and tactical decision making training. 38
  
• Karen Cooper:
  Go with the flow: engagement factors for learning in Second Life. 39
  
• Luke Ng, Paul Hubbard, Siu O'Young:
  Simulation of fully autonomous control of unmanned air vehicles for maritime surveillance. 40
  
• Sae Lynne Schatz:
  Emerging targets for military simulation-based training. 41
  
• Sae Lynne Schatz:
  Dual-use modeling and simulation. 42
  
• Erik C. Johansson, Mats Jägstam:
  Maintenance planning using simulation-based optimization. 43
  
• Jerzy Jarmasz, Alexandra Muller-Gass, Vladimir Zotov, Matt Lamb, Elena Scourtoudis, Dorothy Wojtarowicz, Michael Thomson, Lora Bruyn-Martin:
  Blended solutions for counter-IED training. 44
  
• Daniel Rice, Mitha Andra, Alex Kennedy:
  A preliminary investigation into the modeling and simulation of engagement decision-making processes and encumbrance. 45
  
• Matthew D. Crozier, Alexander P. Moore, Thomas M. Verna:
  Serious games for first person 'thinker'. 46
  
• James Decraene, Fanchao Zeng, Malcolm Yoke-Hean Low, Suiping Zhou, Wentong Cai:
  Research advances in automated red teaming. 47
  
• Charles D. Turnitsa, Andreas Tolk, Robert H. Kewley:
  Further exploration in primitives of meaning. 48
  
• Radha Kuskuntla, Eric S. Imsand, John A. Hamilton Jr.:
  Enhanced expert field medical training simulations and their effect on the modern combat life saver training procedures. 49
  
• Jérôme Levesque, François Cazzolato, Robin Harrap:
  A human-in-the loop approach for representing populations in virtual and constructive simulations. 50
  
• Serious games and virtual worlds: is there a future with serious role-playing games for learning using open metaverses? 51
  
• Paul Roman:
  Serious games and virtual worlds: building the puzzle without a picture. 52
  
• Kevin C. Stagl:
  A path forward: advancing the science of UxV operations & training. 53
  

Emerging M&S Applications in Industry and Academia (EAIA)

• Fuqing Wang, Wei Dong, Yindong Ji:
  Logic deduction agent based distributed parallel test platform on hardware-in-the-loop simulation system. 54
  
• Guodong Shao, Nils Bengtsson, Björn Johansson:
  Interoperability for simulation of sustainable manufacturing. 55
  
• Virginia P. Sisiopiku, Ozge Cavusoglu, Saiyid Hassan Sikder:
  High occupancy vehicle lane performance assessment through operational, environmental impacts and cost-benefit analyses. 56
  
• Glenn O. Allgood, Mohammed M. Olama, Joe E. Lake:
  Enhancing complex system performance using discrete-event simulation. 57
  
• Catherine M. Banks, John A. Sokolowski:
  Meeting the challenges of STEM education: teaching modeling and simulation with real-world applications. 58
  
• Arief Adhitya, Rajagopalan Srinivasan:
  Simulation-based business decision support for multi-site supply chain management. 59
  
• Agostino G. Bruzzone, Marina Massei, Luca Pierfederici:
  Forecasting models for non continuative production systems application in fashion industry. 60
  
• Michele Fumarola, Mamadou D. Seck, Alexander Verbraeck:
  Supporting the design of automated container terminals with the multiple worlds concept. 61
  
• Domenico Falcone, Alessandro Silvestri, GianPaolo Di Bona, Antonio Forcina, Antonio Pacitto:
  Study and modelling of very flexible lines through simulation. 62
  
• Patrick Kirchhof, Kevin Suske, Pasqual Döhring:
  A generic open-source animator based on X3D and XML. 63
  
• Ming Zhou, Yanchun Pan, Zhimin Chen:
  Modeling and simulation of storage space allocation at TPL systems. 64
  
• Martha Garzón, German Mendez:
  Improving service of access on a logistics platform. 65
  
• Agostino G. Bruzzone, Antonio Cimino, Rafael Diaz, Francesco Longo:
  Inventory control with products returns: a state of the art overview. 66
  
• Chang Beom Choi, Jangwon Bae, Tag Gon Kim, Jaeick Kim, Woong Gie Han, Cheol Ho Kim:
  Benefits and challenges in developing warship simulator based on DEVS formalism. 67
  
• Joseph Barjis:
  Collaborative, participative, and interactive modeling and simulation in systems engineering. 68
  
• José M. Merigó, Montserrat Casanovas:
  The induced probabilistic OWA distance and its application in decision making. 69
  
• Johnny Garcia:
  Methodology supporting architecture validations (MAVS). 70
  
• Joe Kleiss:
  Immersive engineering. 71
  
• Antonio Cimino, Rafael Diaz, Francesco Longo, Giovanni Mirabelli:
  Empty containers repositioning: a state of the art overview. 72
  
• Yiannis E. Papelis, Ginger S. Watson, Petros Katsioloudis, Philip A. Reed:
  Development of a container handling port simulation for demonstrating port related careers. 73
  
• Che-Hung Tsai, Shao-Jen Weng, Ching-Ya Huang, Chang-Yu Yang, Jing-Yi Li, Kuang-Ting Tsai:
  The impact of different decision behavior models of emergency physicians on the performance of emergency departments. 74
  
• Patrick T. Hester, Andreas Tolk:
  Applying methods of the M&S spectrum for complex systems engineering. 75
  
• Richard H. Weston, Z. Cui, O. Vacharaphol:
  Executing architecture & the role of simulation modelling. 76
  
• Rafael Diaz:
  Using optmization coupled with simulation to construct layout solutions. 77
  

High-Performance Computing (HPC)

• Yi Zhao, Guanyuan Zhang, Jiangning Cui:
  Optimizing performance of packet capture in virtual containers of OpenVZ. 78
  
• Blesson Varghese, Gerard T. McKee, Vassil Alexandrov:
  An MPI-based implementation of intelligent agents on clusters. 79
  
• Haiyan Cheng, Adrian Sandu:
  Collocation least-squares polynomial chaos method. 80
  
• Long Chen, Guang R. Gao:
  Performance analysis of Cooley-Tukey FFT algorithms for a many-core architecture. 81
  
• Ken Habgood, Itamar Arel:
  Revisiting Cramer's rule for solving dense linear systems. 82
  
• Mohammed Mujtaba Shareef, Meerja Humayun Baig:
  HPC based integrated system for marine scientists. 83
  
• Mohammed A. Abutheraa, David R. Lester:
  Machine-efficient Chebyshev approximation for exact arithmetic: their use with first-order ordinary differential equations. 84
  
• Mihai Alexe, Alexandru Cioaca, Adrian Sandu:
  Obtaining and using second order derivative information in the solution of large scale inverse problems. 85
  
• Nicholas R. Radcliffe, David R. Easterling, Layne T. Watson, Michael L. Madigan, Kathleen A. Bieryla:
  Results of two global optimization algorithms applied to a problem in biomechanics. 86
  
• Bianca Lepsa, Adrian Sandu:
  An efficient error control mechanism for the adaptive 'parareal' time discretization algorithm. 87
  
• Yang Pu, Layne T. Watson, Yang Cao:
  Stiffness detection and reduction in discrete stochastic simulation of biochemical systems. 88
  
• Gary W. Howell:
  Block Householder computation of sparse matrix singular values. 89
  
• Paul Eller, Kumaresh Singh, Adrian Sandu:
  Development and acceleration of parallel chemical transport models. 90
  
• Shubhangi G. Deshpande, Layne T. Watson:
  Sequential approximate optimization in the problem solving environment WBCSim. 91
  
• Karl Rupp:
  Increased efficiency in finite element computations through template metaprogramming. 92
  
• Bryan M. Franklin, Steven Seidel:
  A parallel longest common subsequence algorithm in UPC. 93
  
• Randy Heiland, Maciej Swat, Benjamin Zaitlen, James A. Glazier, Andrew Lumsdaine:
  Workflows for parameter studies of multi-cell modeling. 94
  
• Jason J. Boisvert, Paul H. Muir, Raymond J. Spiteri:
  py_bvp: a universal Python interface for BVP codes. 95
  
• Han Wan, Xiaopeng Gao, Xiang Long, Xianqin Chen:
  Using GPU to accelerate a pin-based multi-level cache simulator. 96
  

Communications and Network Simulation (CNS)

• Sudip Misra, Rashmi Ranjan Rout, T. Raghu Vamsi Krishna, Patel Manish Kumar Manilal, Mohammad S. Obaidat:
  Markov decision process-based analysis of rechargeable nodes in wireless sensor networks. 97
  
• Rachid El Abdouni Khayari, Adisa Musovic, Axel Lehmann, Michael Böhm:
  A model validation study of hierarchical and distributed web caching model. 98
  
• Mohiuddin Ahmed, Mohammad Moshee Uddin, Md. Saiful Azad, Shariq Haseeb:
  MySQL performance analysis on a limited resource server: Fedora vs. Ubuntu Linux. 99
  
• Aftab Ahmad:
  A note on modeling, simulation and analysis of wireless LANs in classified environments. 100
  
• Heywoong Kim, Qijun Gu, Meng Yu, Wanyu Zang, Peng Liu:
  A simulation framework for performance analysis of multi-interface and multi-channel wireless networks in INET/OMNET++. 101
  
• Jawwad Shamsi, Monica Brockmeyer:
  Evaluation of QoS-compliant overlays under denial of service attacks. 102
  
• Mohammad Zubair Ahmad, Ratan Guha:
  Studying the effect of internet eXchange points on internet link delays. 103
  
• Salah Sharieh, Kamran Sartipi, Alexander Ferworn:
  Light-weight protocol simulation for binary data exchange over heterogeneous networks. 104
  
• Fatemeh Pakzad, Abdolreza Abhari:
  Characterization of user networks in Facebook. 105
  
• Mohiuddin Ahmed, Zubaidah Muataz Hazza:
  A novel algorithm to prevent man in the middle attack in LAN environment. 106
  
• Ying Yan, Lars Dittmann:
  Modeling energy management mechanism in ethernet passive optical networks. 107
  
• Zuhal Hud, Rachmat Handinugraha, Kazi Shahzabeen Rahnuma, Mohiuddin Ahmed:
  IPv6 mobility: performance evaluation of VoIP on MIPv6. 108
  
• Juan Luis Font, Pablo Iñigo, Manuel Domínguez, José Luis Sevillano, Claudio Amaya:
  Architecture, design and source code comparison of ns-2 and ns-3 network simulators. 109
  
• Lev B. Sofman:
  Traffic dimensioning on feeder link in IPTV networks. 110
  
• Benjamin Schiller, Dirk Bradler, Immanuel Schweizer:
  GTNA: a framework for the graph-theoretic network analysis. 111
  
• Maryam Bashardoust Tajali, Abdolreza Abhari:
  Peer-to-peer delivery system for short video sharing. 112
  
• Aftab Ahmad:
  Simulation-based local train mobility model. 113
  
• Kapilan Radhakrishnan, Hadi Larijani:
  A study on QoS of VoIP networks: a random neural network (RNN) approach. 114
  
• Martez Mott, Hassan Rajaei:
  Hand detection and tracking for virtual training environments. 115
  
• Chulho Won, Seong-Woo Kim:
  A simulation model of the sustainable mobile sensor network. 116
  

Symposium on the Theory of Modeling and Simulation (DEVS)

• Moath Jarrah, Ameen Jarrah, Bernard P. Zeigler:
  Comprehensive on-chip traffic generator model for SoC design and synthesis. 117
  
• Alejandro Moreno, José L. Risco-Martín, Joaquín Aranda Almansa:
  Uncovering DEVS simulation behaviour throughout the open provenance model. 118
  
• Norbert Giambiasi:
  Reducing the state space of incompletely specified timed Moore machines. 119
  
• Nathan Huynh, Jose M. Vidal:
  An agent-based approach to modeling yard cranes at seaport container terminals. 120
  
• Maamar ElAmine Hamri, Lassaad Baati:
  On using design patterns for DEVS modeling and simulation tools. 121
  
• Kelly Rosa Braghetto, João Eduardo Ferreira, Jean-Marc Vincent:
  Performance analysis modeling applied to business processes. 122
  
• Bin Yu, Jijun Wang, Michael McGowan, Ganesh Vaidyanathan:
  Agent-based stochastic simulations of shipboard disease outbreaks. 123
  
• Qi Liu, Gabriel A. Wainer:
  Accelerating large-scale DEVS-based simulation on the cell processor. 124
  
• Matías Bonaventura, Gabriel A. Wainer, Rodrigo Castro:
  Advanced IDE for modeling and simulation of discrete event systems. 125
  
• Victorino Sanz, Alfonso Urquia, Sebastián Dormido:
  Integrating Parallel DEVS and equation-based object-oriented modeling. 126
  
• Jang Won Bae, Tag Gon Kim:
  DEVS based plug-in framework for interoperability of simulators. 127
  
• Javier Troya, José Eduardo Rivera, Antonio Vallecillo:
  Simulating domain specific visual models by observation. 128
  
• Hojun Lee, Bernard P. Zeigler:
  SES-based ontological process for high level information fusion. 129
  
• Franco Cicirelli, Angelo Furfaro, Libero Nigro, Francesco Pupo:
  Temporal verification of RT-DEVS models with implementation aspects. 130
  
• Franco Cicirelli, Angelo Furfaro, Libero Nigro:
  Using time stream Petri nets over a service architecture for workflow modelling and enactment. 131
  
• Giuseppe Iazeolla, Alessandra Pieroni, Andrea D'Ambrogio, Daniele Gianni:
  A distributed approach to the simulation of inherently distributed systems. 132
  
• Adnan Iqbal, Bernard Pottier:
  Meta-simulation of large WSN on multi-core computers. 133
  
• Youngshin Han, Taekyu Kim, Chungman Seo, Chilgee Lee:
  System entity structure for XML meta data modeling: application to the logistics. 134
  
• Brahim Khalil Rebai, Gregory Zacharewicz, David Reymond, Patrice Corbe:
  AnCaraS: a new webometrics web-spider: G-DEVS-based validation of concepts. 135
  
• Alexandre Muzy, Luc Touraille, Hans Vangheluwe, Olivier Michel, Mamadou Kaba Traoré, David R. C. Hill:
  Activity regions for the specification of discrete event systems. 136
  
• Mohammad Moallemi, Gabriel A. Wainer:
  Designing an interface for real-time and embedded DEVS. 137
  
• Eduardo Pérez, Lewis Ntaimo, Eunshin Byon, Yu Ding:
  A stochastic DEVS wind turbine component model for wind farm simulation. 138
  
• Jonathan D. Gibbs, Hessam S. Sarjoughian:
  Synchronizing DEVS/SOA simulator with ping monitoring application. 139
  
• Shafagh Jafer, Gabriel A. Wainer:
  Conservative DEVS: a novel protocol for parallel conservative simulation of DEVS and cell-DEVS models. 140
  
• Marcelo Marinho, Paulo Romero Martins Maciel, Erica Sousa, Teresa Maciel, Ermeson Andrade:
  Performance evaluation of test process based on stochastic models. 141
  
• Andrea D'Ambrogio, Daniele Gianni, José L. Risco-Martín, Alessandra Pieroni:
  A MDA-based approach for the development of DEVS/SOA simulations. 142
  
• Hesham Saadawi, Gabriel A. Wainer:
  Rational time-advance DEVS (RTA-DEVS). 143
  
• Michele Fumarola, Mamadou D. Seck, Alexander Verbraeck:
  Multiple worlds: a formalism for simulation based design. 144
  
• Vincent Albert, Alexandre Nketsa, C. Seguin:
  Verifying trace inclusion between an experimental frame and a model. 145
  
• Sabine Zinn, Jutta Gampe, Jan Himmelspach, Adelinde M. Uhrmacher:
  A DEVS model for demographic microsimulation. 146
  
• Tobias Schwatinski, Thorsten Pawletta:
  An advanced simulation approach for parallel DEVS with ports. 147
  
• Christina L. Bouwens, Steven "Boots" Barnes, David Pratt, Peter Melim:
  Adapting forces modeling and simulation applications for use on high performance computational systems. 148
  

Annual Simulation Symposium (ANSS)

• Kyohong Jin, Hesiri Weerasinghe, Huirong Fu:
  Enhancement of IEEE 802.11 modules in ns-2 and performance evaluation with error rate. 149
  
• Zi-Yu Hao, Lei Qian, Hong-Liang Li, Xiang-Hui Xie, Kun Zhang:
  A parallel logic simulation framework: study, implementation, and performance. 150
  
• Zengxiang Li, Wentong Cai, Stephen John Turner, Ke Pan:
  A replication structure for efficient and fault-tolerant parallel and distributed simulations. 151
  
• Keith Holman, Jeremy Kuzub, Gabriel A. Wainer:
  UAV search strategies using Cell-DEVS. 152
  
• Andreas D. Lattner, Tjorben Bogon, Yann Lorion, Ingo J. Timm:
  A knowledge-based approach to automated simulation model adaptation. 153
  
• Nathan S. Evans, Chris GauthierDickey, Christian Grothoff, Krista Grothoff, Jeff Keene, Matthew J. Rutherford:
  Simplifying parallel and distributed simulation with the DUP system. 154
  
• Song Guo, Xiaolin Hu:
  Profile-based partition for parallel simulation of DEVS-FIRE. 155
  
• Mohammad Moallemi, Ali Arya, Gabriel A. Wainer:
  Simulation of three dimensional elevator system using cell-DEVS formalism. 156
  
• José M. Merigó:
  A generalized model between the OWA operator, the weighted average and the probability. 157
  
• Jaruwan Mesit, Ratan K. Guha:
  Experimenting with real time simulation parameters for fluid model of soft bodies. 158
  
• Qishi Wu, Sajjan Shiva, Sankardas Roy, Charles Ellis, Vivek Datla:
  On modeling and simulation of game theory-based defense mechanisms against DoS and DDoS attacks. 159
  
• Mao Ye, Wei Dong, Yindong Ji, Shuai Wang:
  A new concurrent mechanism for distributed hardware-in-the-loop simulation test system. 160
  
• Tobias Lorenz, Andreas Richter, Frank Köster, Jürgen Rataj:
  Iterative design process for the development and testing of cooperative applications. 161
  
• Dahai Guo, Janusz Zalewski:
  Driving before constructing: a new paradigm in roadway design. 162
  
• Alan McGibney, Martin Klepal, Dirk Pesch:
  A wireless local area network modeling tool for scalable indoor access point placement optimization. 163
  
• Honggang Wang, Shaoen Wu:
  Intelligent architecture through a supervised learning approach in wireless multimedia sensor networks. 164
  
• James Decraene, Mark Anderson, Malcolm Yoke-Hean Low:
  Maritime counter-piracy study using agent-based simulations. 165
  
• Ali Azadeh, Mohsen Moghaddam, Pegah Geranmayeh, Arash Naghavi:
  Scheduling flow shops with multiple processors: a flexible ANN-fuzzy simulation approach. 166
  
• Ali Azadeh, S. F. Ghaderi, B. Pourvalikhan Nokhandan, M. Sheikhalishahi:
  Conventional regression versus artificial neural network in short-term load forecasting. 167
  
• Ali Azadeh, B. Pourvalikhan Nokhandan, S. M. Asadzadeh, E. Fathi:
  Optimal allocation of operators in a cellular manufacturing system by an integrated computer simulation-genetic algorithm approach. 168
  
• Ali Azadeh, S. Nassiri, M. Asadzadeh:
  Modeling and optimization of a purchasing system in uncertain environments by an integrated fuzzy business process simulation and data envelopment analysis: a novel approach. 169
  
• Deniz Cetinkaya, Alexander Verbraeck, Mamadou D. Seck:
  A metamodel and a DEVS implementation for component based hierarchical simulation modeling. 170
  
• Jonathan Z. Sun, Shaoen Wu, Shouhuai Xu:
  Assigning applications to servers: a simulation study. 171
  
• Sally K. Wahba, Jason O. Hallstrom, Pradip K. Srimani, Nigamanth Sridhar:
  SFS³: a simulation framework for self-stabilizing systems. 172
  
• Ryan O'Farrell, Sriharsha Banavara, Donald Folds, John A. Hamilton Jr.:
  Information assurance modeling using the Department of Defense architecture framework. 173
  
• Derek T. Sanders, Dean C. Mumme, Richard A. MacDonald:
  Consolidating multi-simulation environments for radio effects analysis. 174
  
• Onyekachi Acholem:
  Throughput performance in multihop networks using adaptive carrier sensing threshold. 175
  
• Wei-Tek Tsai, Wu Li, Xin Sun, Ashutosh Sabnis, Yinong Chen:
  Event-driven service-oriented simulation framework. 176
  

Symposium on Simulation for Architecture and Urban Design (SSAUD)

• Ramtin Attar, Venk Prabhu, Michael Glueck, Azam Khan:
  210 King Street: a dataset for integrated performance assessment. 177
  
• Maryam M. Maleki, Robert F. Woodbury:
  Programming in the model: contextualizing computer programming in CAD models. 178
  
• Lieve Weytjens, Griet Verbeeck:
  Towards 'architect-friendly' energy evaluation tools. 179
  
• Rhys Goldstein, Alex Tessier, Azam Khan:
  Schedule-calibrated occupant behavior simulation. 180
  
• Holger Graf, Pedro Santos, André Stork:
  Augmented reality framework supporting conceptual urban planning and enhancing the awareness for environmental impact. 181
  
• Sean Hanna, Lars Hesselgren, Victor Gonzalez, Ignacio Vargas:
  Beyond simulation: designing for uncertainty and robust solutions. 182
  
• Ahmed Sayed Ahmed, Gabriel A. Wainer, Samy Mahmoud:
  Integrating building information modeling & cell-DEVS simulation. 183
  
• Maria Mingallon, Sakthivel Ramaswamy, Konstantinos Karatzas:
  Associative modelling of multiscale fibre composite adaptive systems. 184
  
• Nan-Ching Tai, Mehlika Inanici:
  Space perception and luminance contrast: investigation and design applications through perceptually based computer simulations. 185
  
• Ultan Byrne, Tom Bessai:
  Input devices for interactive architectural visualization. 186
  
• Alexander Hirsig:
  Finding synergy in simulation modeling by architects and engineers in conceptual design. 187
  
• Francisco Bemquerer Costa Rasia, Eduardo Leite Krüger:
  A method for simulating NO_x dispersion in an urban area using ENVI-met. 188
  
• Nick Puckett:
  Explorations of agent-based simulation for architectural design. 189
  
• Pedro Santos, Dominik Acri, Thomas Gierlinger, Hendrik Schmedt, André Stork:
  Supporting outdoor mixed reality applications for architecture and cultural heritage. 190
  
• Ian Keough, David Benjamin:
  Multi-objective optimization in architectural design. 191
  
• Paola Sanguinetti, Marcelo Bernal, Maher El-Khaldi, Matthew Erwin:
  Real-time design feedback: coupling performance-knowledge with design iteration for decision-making. 192
  
• Andrzej Zarzycki:
  Intuitive structures: applications of dynamic simulations in early design stages. 193
  
• Andrzej Zarzycki:
  Exploring parametric BIM as a conceptual tool for design and building technology teaching. 194
  
• Virginia P. Sisiopiku, Jugnu Chemmannur, James Brown:
  Conversion of one- to two-way streets in Birmingham downtown: a feasibility study. 195
  
• Ivanka Iordanova, Temy Tidafi:
  LibreArchi: library of interactive architectural models containing exploratory and didactic simulations. 196
  
• Ramtin Attar, Ebenezer Hailemariam, Michael Glueck, Alex Tessier, James McCrae, Azam Khan:
  BIM-based building dashboard. 197
  
• Richard D. Howard:
  Project metropolis: digital cities. 198
  
• Christopher J. Grasso, Michael J. McDearmon, Yoshihiro Kobayashi:
  Virtual driving and eco-simulation: VR city modeling, drive simulation, and ecological habits. 199
  
• Michael Glueck, Sean Anderson, Azam Khan:
  DeskCube: using physical zones to select and control combinations of 3D navigation operations. 200
  

International Conference on Bond Graph Modeling and Simulation (ICBGM)

• Haresh Patolia, Pushparaj Mani Pathak, Satish C. Jain:
  Force control in single DOF dual arm cooperative space robot. 201
  
• Wolfgang Borutzky:
  Parameter sensitivities of transfer functions and of residuals. 202
  
• Dean C. Karnopp:
  Understanding structural problems in structural damping with bond graphs. 203
  
• V. L. Krishnan, Pushparaj Mani Pathak, Satish C. Jain, Arun K. Samantaray:
  Reconfiguration of four legged walking robot for actuator faults. 204
  
• D. Geoff Rideout, M. Tanveer Khan:
  Flexible truck modeling and investigation of coupling between rigid and flexible dynamics. 205
  
• Michael D. Bryant:
  A bond graph model of an electromagnetic launcher. 206
  
• Vikas Rastogi, Chandan Kumar:
  Bond graph modeling of a cracked rotor. 207
  
• Donald Margolis:
  Identifying an aircraft fuel pump failure using bond graph modeling. 208
  
• A. Ghasemloonia, D. Geoff Rideout, S. Butt:
  The effect of weight on bit on the contact behavior of drillstring and wellbore. 209
  
• Mariem El Feki, Wilfrid Marquis-Favre, Laurent Krähenbühl, Daniel Thomasset:
  Bond graph representation of standard interconnection model. 210
  
• González-A. Gilberto, Aaron Padilla-G:
  Steady state of a planar robot: a bond graph approach. 211
  
• Vjekoslav Damic, Majda Cohodar:
  Bond graph for a finite element of a beam subjected to axial force and lateral excitation, with applications. 212
  
• Mohsen Nakhaeinejad, Sanghoon Lee, Michael D. Bryant:
  Finite element bond graph model of rotors. 213
  
• Indranil Roychoudhury, Gautam Biswas, Xenofon D. Koutsoukos:
  Using factored bond graphs for distributed diagnosis of physical systems. 214
  
• M. Raju Hossain, D. Geoff Rideout, Nicholas Krouglicof:
  Bond graph dynamic modeling and stabilization of a quad-rotor helicopter. 215
  
• N. Hadji, A. Rahmani:
  Observer for an omnidirectional mobile robot. 216
  
• Roberto Sanchez, Frédéric Colas, Geneviève Dauphin-Tanguy, Xavier Guillaud:
  Coupling of classical and renewable energy sources: modeling and power flow management. 217
  
• Josko Deur, Mihael Cipek, Josko Petric:
  Bond graph modeling of series-parallel hybrid electric vehicle power train dynamics. 218
  
• C. M. Chera, J. L. Baliño, Geneviève Dauphin-Tanguy:
  Two-equation traffic flow models framed within the bond graph theory. 219
  
• Rafika El Harabi, Belkacem Ould Bouamama, Mohamed Kony Ben Gayed, Mohamed Naceur Abdelkrim:
  Pseudo bond graph for fault detection and isolation of an industrial chemical reactor part I: bond graph modeling. 220
  
• Rafika El Harabi, Belkacem Ould Bouamama, Mohamed Kony Ben Gayed, Mohamed Naceur Abdelkrim:
  Pseudo bond graph for fault detection and isolation of an industrial chemical reactor part II: FDI system design. 221
  
• Gregorio Romero, I. Higuera, Jesús Félez, Gillian Pearce, Neal D. Perkinson:
  Modelling and simulation of a thrombectomy probe applied to the middle cerebral artery by using the bond graph technique. 222
  
• Luke J. Gibbons, José J. Granda:
  Modeling considerations for nano-systems using bond graph techniques. 223
  
• Forbes T. Brown:
  Simulation software for thermodynamic models, part 1. 224
  
• Forbes T. Brown:
  Simulation software for thermodynamic models, part 2. 225
  
• José Lozano, Jesús Félez, Jose Manuel Mera, J. D. Sanz:
  Comparative study of railway drive systems using bond-graph. 226
  

Posters

• Youngshin Han, Chilgee Lee:
  Two-way material transportation method based on 300mm wafer FAB line simulation. 227
  
• Juan M. Solá-Sloan, Isidoro Couvertier-Reyes:
  A formal approach to protocol offload for web servers applied to a TCP offload engine and web traffic. 228
  
• Benjamin Goldberg:
  Unmanned aerial systems: the role of the operator and human factor implications. 229
  
• Daniel Sanchez, Juan M. Solá-Sloan, Elio Lozano-Inca:
  Procedural generation of building blueprints for real-time applications. 230
  
• Haleh Khojasteh, Abdolreza Abhari:
  Mobile mash-up model based on hybrid P2P using Ajax technology. 231
  
• Fouad Butt, Abdolreza Abhari:
  Genetic algorithms: an approach to optimal web cache replacement. 232
  
• Arayeh Norouzi, Abdolreza Abhari, Truman Yang:
  Enhancing broadcast authentication in sensor networks. 233
  
• Seong Yong Lim, Jongmoon Baik, Ho-Jin Choi, Danhyung Lee:
  A verification method for web service composition based on discrete event system modeling and simulation. 234
  
• Shahin Talaei, Abdolreza Abhari:
  Adding multimedia streaming to BitTorrent. 235
  
• Amin Mohtasham, Ahmad Khonsari, Abdolreza Abhari:
  Reactive monitoring of aggregates in Gaussian random field over wireless sensor networks. 236
  
• Jun Zhang, Mahmoud T. Khasawneh, Shannon R. Bowling:
  Gender change in certain species: an agent-based modeling study. 237
  
• Thirumalaisamy Ragunathan, P. Krishna Reddy, Mohit Goyal:
  Semantics-based asynchronous speculative locking protocol for improving the performance of read-only transactions. 238
  
• Leyla Zhuhadar, Olfa Nasraoui:
  Evaluating usability and precision of visual search engine. 239
  
• Ahmed Bukhamsin, Mohamad Sindi, Jallal Al-Jallal:
  Using the Intel MPI benchmarks (IMB) to evaluate MPI implementations on an Infiniband Nehalem Linux cluster. 240
  
• Christian Saad, Bernhard Bauer:
  Applying data-flow analysis to models a novel approach for model analysis. 241
  
• Ricardo M. Czekster, César A. F. De Rose, Paulo Henrique Lemelle Fernandes, Antonio M. de Lima, Thais Webber:
  Kronecker descriptor partitioning for parallel algorithms. 242
  
• Hessam S. Sarjoughian, Sajjan Sarkar, Gary R. Mayer:
  A novel visual CA modeling approach and its realization in CoSMoS. 243
  

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