Subject Details
Dept     : CS
Sem      : 5
Regul    : 2021
Faculty : Mr.K.KANNAN
phone  : 9894598085
E-mail  : kannancyber007@gmail.com
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Syllabus

UNIT
1
Background and Applications:

Why Parallel/Distributed Simulation?- Analytic Simulations versus Virtual Environments-Historical Perspective-Applications-Hardware Platforms-State Changes and Time Flow Mechanisms.

UNIT
2
Parallel And Distributed Discrete-Event Simulation:

Conservative Synchronization Algorithms-Synchronization Problem-Deadlock Avoidance Using Null Messages-Deadlock Detection and Recover-Synchronous Execution-Conditional versus Unconditional Information-Dynamic Processes and Interconnections.

UNIT
3
Time Warp:

Preliminaries- Local Control Mechanism: Rolling Back State Variables- Unsending Messages- Zero Lookahead, Simultaneous Events, and Repeatability - Global Control Mechanism: Fossil Collection- Error Handling- Computing Global Virtual Time.

UNIT
4
Optimistic Synchronization Algorithms -Advanced Optimistic Techniques

: Memory Utilization in Time Warp- Performance Hazards in Time Warp- Georgia Tech Time Warp (GTW)-Time Parallel Simulation.

UNIT
5
Distributed Virtual Environments (DVEs)- DVEs:

Introduction- Goals- Contrasting DVE and PDES Systems- Server versus Server less Architectures- Distributed Interactive Simulation- Dead Reckoning- High Level Architecture.

Reference Book:

Introduction to Parallel Algorithms” by Xavier And Iyengar, ISBN-13: 978-0471251828, ISBN-10: 0471251828

Text Book:

1. “Parallel And Distributed Simulation Systems” by Richard M. Fujimoto, PhD,Georgia Institute of Technology. ISBN-13: 978-0471183839,ISBN-10: 0471183830

 

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