28. Annual Simulation Symposium 1995: Santa Barbara, California, USA

Time Warp Simulation

• Alois Ferscha, Johannes Lüthi:
  Estimating rollback overhead for optimism control in Time Warp. 2-12
  
• Celso Massaki Hirata, Jeff Kramer:
  An implementation of a technique for sharing variables in Time Warp. 13-21
  
• Raghunandan Rajan, Philip A. Wilsey:
  Dynamically switching between lazy and aggressive cancellation in a Time Warp parallel simulator. 22-
  

Parallel Distributed Simulation I

• Volkhard Klinger:
  DiPaCS: a new concept for parallel circuit simulation. 32-41
  
• Xiaohan Qin, Jean-Loup Baer:
  A comparative study of conservative and optimistic trace-driven simulations. 42-50
  
• Sajal K. Das, Falguni Sarkar:
  A hypercube algorithm for GVT computation and its application in optimistic parallel simulation. 51-
  

Simulation of Multi-/Parallel-Processor Architectures I

• Peter S. Magnusson, Bengt Werner:
  Efficient memory simulation in SimICS. 62-73
  
• Arindam Saha:
  A simulator for real-time parallel processing architectures. 74-83
  
• Jennifer Rexford, James W. Dolter, Wu-chang Feng, Kang G. Shin:
  PP-MEss-SIM: a simulator for evaluating multicomputer interconnection networks. 84-
  

Simulation of Multi-Parallel-Processor Architectures II

• Gary S. H. Tan, Yong Meng Teo:
  Experiences in simulating a declarative multiprocessor. 95-104
  
• Frank Mueller, David B. Whalley:
  Fast instruction cache analysis via static cache simulation. 105-114
  
• Ricardo Bianchini, Leonidas I. Kontothanassis:
  Algorithms for categorizing multiprocessor communication under invalidate and update-based coherence protocols. 115-
  

Simulation of Parallel/Distributed Programs and Systems

• Sylvain Lauzac, Taieb Znati:
  Comparative evaluation of cooperative plan execution strategies in multiagent environments. 126-125
  
• Michael R. Lauer, Phillip A. Mitchem, Ross A. Gagliano:
  Resource optimization and self interest: variations on the game of life. 136-143
  
• Adam Back, Stephen Turner:
  Time-stamp generation for optimistic parallel computing. 144-
  

Parallel and Distributed Simulation II

• Azzedine Boukerche, Carl Tropper:
  Hierarchical schedulings of time-next-event heuristic on distributed memory machines. 155-165
  
• William P. Niedringhaus:
  Diffusive dynamic load balancing by terrain parcel swaps for event-driven simulation of communicating vehicles. 166-174
  
• James M. Butler:
  Quantum modeling of distributed object computing. 175-
  

Simulation Environments

• Martin Adelantado, Frédéric Boniol, D. Pinault:
  A simulation environment for designing distributed reactive/deliberative time-constrained applications. 186-195
  
• Kwang-Hang Koh, Robert de Souza, Nai-Choon Ho:
  Direct database-simulation using PROGREss. 196-200
  
• Eduardo Casado Revuelta, Pilar Martínez Jiménez, A. Blanca-Pancorbo, J. Leon-Alvarez, M. Cuevas-Rubiño, D. González-Caballero:
  Design of an environment for physical phenomena simulation: application to visualization and animation of electrostatic field and potential. 201-
  

Network Modeling and Simulation

• Jin-Fu Chang, Shi-Chung Chang, Zsehong Tsai, Jung-Shyr Wu, Hsu-Chun Yen:
  Design, implementation, and applications of a B-ISDN simulation testbed. 212-219
  
• Simon J. Lai, Arkady B. Zaslavsky, G. M. Martin:
  A simulation model of adaptive protocols in distributed computing systems with mobile hosts. 220-227
  
• Krishna Kant:
  Performance of internal overload controls in large switches. 228-
  

Simulation Tools

• Roberto Manione, Alberto Lagna:
  Simulation of object-oriented distributed systems via compilation to concurrent process level. 240-249
  
• Christian Kelling:
  TimeNET-Sim-a parallel simulator for stochastic Petri nets. 250-258
  
• Faruk H. Bursal:
  Efficient simulation of systems with random uncertainty using interpolation. 259-
  

Object-Oriented Simulation

• Paolo Briccarello, Guido Bruno, Eurico Ronco:
  REBUS: an object-oriented simulator for business processes. 269-277
  
• Abdollah A. Afjeh, Patrick T. Homer, Henry Lewandowski, John A. Reed, Richard D. Schlichting:
  Development of an intelligent monitoring and control system for a heterogeneous numerical propulsion system simulation. 278-287
  
• Mauricio Marín, Patricio Cordero:
  An object oriented C++ approach for discrete event simulation of complex and large systems of many moving objects. 288-
  

Logic and VLSI Circuit Simulators

• Youngmin Hur, Stephen A. Szygenda:
  Special purpose array processor for digital logic simulation. 297-302
  
• Glenn Jennings:
  Accurate ternary-valued compiled logic simulation of complex logic networks by OTDD composition. 303-310
  
• C. Rominger, Jean Claude Geffroy:
  Hazard analysis of structured sequential systems. 311-
  

Simulation for Performance Evaluation

• Paul J. Fortier, John C. Sieg Jr.:
  Simulation analysis of early commit concurrency control protocols. 322-331
  
• Yongbing Zhang, Katsuya Hakozaki, Hisao Kameda, Kentaro Shimizu:
  A performance comparison of adaptive and static load balancing in heterogeneous distributed systems. 332-340
  
• Roman Blasko:
  Simulation based performance prediction by PEPSY. 341-350
  

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