Network Performance Modeling and Simulation
Focuses on the argument that performance modelling and simulation has become a central issue in computer science and engineering, in part due to its applications to the structures comprising the internet. Dealing primarily with theory, tools, and techniques related to communications systems, it provides tutorials and surveys and relates new important research results. Each chapter provides background information, describes and analyses important work done in the field, and provides important direction to the reader on future work and further readings. The topics covered include traffic models for ATM networks, simulation environments, analytical methods, interprocessor communications and an evaluation of process architectures.
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Traffic Modeling for ATM Networks
An Overview of Source Characterization in ATM Networks
Procedures for Estimating and Guaranteeing Delays
BMAP Modeling of a Correlated Queue
Hierarchical Performance Modeling of Computer
of Alternative Process Architectures for Parallelizing
A Prototyping and Modeling Tool
Network Reliability Evaluation
Notes on the Contributors
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adaptive aggregate algorithm analysis application approach approximation arrival associated batch behavior bound buffer called cell channel chapter color communication complexity components Computer Condition connection consider context corresponding customers defined delay dependency described direct distribution equal evaluation example execution extended Figure flow frame function given graph GSPN IEEE immediate implemented increases input instance interarrival interface interval Italy layer length mean measured messages method Module nodes objects observed obtained operation output packet Parallelism parameters path performance period possible present probability process architectures protocol stack queue reduction reliability represents respect routing rule selection server shown shows simulation single solution specific station step Stream structure submodel SunOS switch synchronization tasks techniques tokens traffic transitions University virtual waiting