SpringSim 2007: Norfolk, Virginia, USA

Industrial processes

• K. Bobzin, R. Nickel, D. Parkot, T. Kashko:
  The application of spectral analysis in the numerical homogenization of non-periodic structures. 11-16
  
• Yong Zhang:
  Dynamically simulating and visualizing the engineering specification of high power supply test system. 17-23
  
• Dug Hee Moon, Te Xu, Seung Geun Baek, Jun Seok Lee, Woo Young Shin:
  A simulation study of the transmission case line in an automotive factory. 24-29
  

Environmental technology

• Thong Hang, Daniel I. Kaplan:
  Modeling of the sub-surface reducing environment of the Z-Area Saltstone disposal facility at the Savannah River Site. 33-37
  
• Marek H. Zaluski, Mark A. Ewanic, Steve D. Dunstan:
  Floodplain modeling for Paddy's Run at the DOE Fernald Site. 38-45
  
• Maurice J. Ades, L. B. Collard:
  Sensitivity analysis for I-129 wastes: effect of hydraulic conductivity. 46-51
  

Optimization/decision analysis

• Otis Brooks:
  Solving discrete resource allocation problems using the Simultaneous Perturbation Stochastic Approximation (SPSA) algorithm. 55-62
  
• Yuzhong Shen, John A. Sokolowski:
  Hampton Roads hurricane evacuation arterial routes preliminary study. 63-68
  
• Ali Azadeh, S. F. Ghaderi, A. Dabbaghi, M. Dehghanbaghi:
  Application of a multi-criteria simulation optimization based DSS. 69-76
  

Operations/manufacturing technology

• G. De Sensi, Francesco Longo, Giovanni Mirabelli:
  Modeling & simulation based approach for optimizing seal press workstation in a manufacturing system. 79-83
  
• Agostino G. Bruzzone, Marina Massei, Simonluca Poggi:
  Simulation based analysis on different logistics solutions for fresh food supply chain. 84-89
  
• Dug Hee Moon, Seung Geun Baek, Jun Seok Lee, Bing Lin Zhang, Yang Woo Shin, Young Gyoo Kim:
  A case study of 3D simulation for developing automatic assembly line in the phone-camera industry. 90-95
  

Model analysis/simulation technology I

• Manjula A. Iyer, Layne T. Watson, Jeffrey B. Birch:
  pRIPPLE: a parallel version of a polynomial-time piecewise linear estimation algorithm. 99-103
  
• Rex K. Kincaid, Michael J. Holroyd, Christopher Gatz:
  Understanding the structure of power law networks. 104-111
  
• Andrew Greasley:
  Gaining acceptance of simulation: a social challenge. 112-118
  

Model analysis/simulation technology II

• Jacob E. Boon:
  Generating exact D-optimal designs for polynomial models. 121-126
  
• J. Paul Brooks, Eva K. Lee:
  Mixed integer programming constrained discrimination model for credit screening. 127-132
  
• Maurice J. Ades, Mark Burgin:
  Evolutionary processes in modeling and simulation. 133-138
  

Business simulation

• Garud Iyengar, David J. Phillips, Clifford Stein:
  Models of malicious behavior in sponsored search. 143-151
  
• Rizwan Ahmed, Stewart Robinson:
  Simulation in business and industry: how simulation context can affect simulation practice? 152-159
  

DAFM '07

• Jay-Evan J. Tevis, John A. Hamilton Jr.:
  A security-centric ring-based software architecture. 163-169
  
• David A. Dryer, Thomas Bock, Maria Broschi, Timothy D. Beach:
  DoDAF limitations and enhancements for the Capability Test Methodology. 170-176
  
• Johnny Garcia:
  Executable architecture analysis modeling. 177-184
  

Training, exercises, and military operations

• Gregg T. Stubbendieck, Jeffrey B. Abbott:
  Bridging the gap for embedded modeling and simulation. 193-198
  
• Daniel Bitts, Chris Blancett, Johnny J. Garcia, Kate T. Nguyen, Cynthia Tavarez:
  Joint operation logistics transformation and training. 199-206
  
• Jim Goodwin, Richard Jones, Garry Morissette:
  CROSSFIRE: an IDE for operational training. 207-214
  

The next step - game-based technologies I

• Paul A. Roman, Doug Brown:
  Constructive simulation versus serious games: a Canadian case study. 217-224
  
• Ryan McAlinden, William Clevenger:
  Using commercial game technology for the visualization and control of constructive simulations. 225-232
  
• Don Goddard, Paul H. Mauritz, Frank Vivirito:
  Generating real 3D virtual worlds from imperfect data. 233-237
  

Research, development, and acquisition/advanced concepts and requirements

• Steven C. Flash Gordon:
  Comparison and justification of science and technology needs for modeling and simulation across the Department of Defense. 241-250
  
• Mark J. Fiebrandt, Christine Mills, Timothy Beach:
  Modeling and simulation in the analysis of a joint test and evaluation methodology. 251-256
  
• Robert M. Lehnherr, Steven E. Strukel:
  The air assault expeditionary force (AAEF) experiment: examining the impact of technology on battle command using live, virtual and constructive simulation. 257-263
  

Entity and system modeling/behaviors

• W. Scott Neal Reilly, Karen A. Harper, Stephen Marotta:
  Modeling concurrent, interacting behavior moderators for simulation-based acquisition tasks. 267-274
  
• Michael Hoffman, Josh Jackson:
  Integrating culture, crowds and non-lethal effects into a constructive simulation for training and experimentation. 275-280
  

The next step - game-based technologies II

• Ken Doris, David Silvia:
  Using gaming technology to model and predict target movement. 283-288
  
• Major Joseph M. Nolan:
  Avoid painting walls with a hammer: a methodology for leveraging COTS/GOTS games for military training. 289-295
  
• Alicia Sanchez, Peter A. Smith:
  Emerging technologies for military game-based training. 296-301
  

Networks/command and control

• John Donovan:
  Modeling network attack in an aggregate simulation. 305-310
  
• Brian K. Hobson, Donald W. Kroening:
  Cross command collaboration effort (3CE). 311-316
  
• Dennis M. Moen, J. Mark Pullen:
  Private overlay multicast for the defense threat reduction agency collaboration center (DCC). 317-324
  

Physical modeling and effects

• Mitch Pohlman, Clinton Kam:
  Energy based aerodynamic modeling: increasing fidelity of fixed-wing constructive entities. 327-336
  
• Mark Johnson, Paul Cote, Krystyna Truszkowska:
  Determining the electrical gradients of electromagnetic launchers using the transmission line model. 337-341
  
• David M. Nicol, Steve Hanna, Frank Stratton, William H. Sanders:
  Modeling and analysis of worm defense using stochastic activity networks. 349-355
  
• Kevin Richardson, John A. Hamilton Jr., Martin C. Carlisle:
  A performance analysis of the spring protocol through simulation. 356-361
  
• Chwan-Hwa John Wu, Chun-Ching Andy Huang, J. David Irwin:
  Using Identity-Based Privacy-Protected Access Control Filter (IPACF) to against denial of service attacks and protect user privacy. 362-369
  
• Leigh Flagg, Gordon Streeter, Andrew Potter:
  Bringing knowledge to network defense. 370-377
  
• Winard Britt, Sundeep Gopalaswamy, John A. Hamilton Jr., Gerry V. Dozier, Kai H. Chang:
  Computer defense using artificial intelligence. 378-386
  
• Men Long, Chwan-Hwa John Wu:
  Defending against data forwarding misbehavior in sensor networks by quasimultipath technique: models and simulation. 387-394
  

Last update Fri May 25 08:41:24 2012 CET by the DBLP Team — Data released under the ODC-BY 1.0 license — See also our legal information page