Multi-Objective Optimization in Computer Networks Using Metaheuristics

By: Ramon Fabregat, Yezid Donoso

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Hardcover | 23 March 2007 | Edition Number 1

At a Glance

Hardcover
468 Pages

Dimensions(cm)
23.4 x 15.6 x 2.54

Hardcover

$309.75

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Metaheuristics are widely used to solve important practical combinatorial optimization problems. Many new multicast applications emerging from the Internet-such as TV over the Internet, radio over the Internet, and multipoint video streaming-require reduced bandwidth consumption, end-to-end delay, and packet loss ratio. It is necessary to design and to provide for these kinds of applications as well as for those resources necessary for functionality.

Multi-Objective Optimization in Computer Networks Using Metaheuristics provides a solution to the multi-objective problem in routing computer networks. It analyzes layer 3 (IP), layer 2 (MPLS), and layer 1 (GMPLS and wireless functions). In particular, it assesses basic optimization concepts, as well as several techniques and algorithms for the search of minimals; examines the basic multi-objective optimization concepts and the way to solve them through traditional techniques and through several metaheuristics; and demonstrates how to analytically model the computer networks presented within the text.

The book then focuses on the multi-objective models in computer networks, optical networks, and wireless networks and the applied way they can be solved. This resource also contains annexes that present the source code to solve the mathematical model problems present in the book through solvers and source codes programmed in C language, which solve some of the multi-objective optimization problems presented in the book.

Industry Reviews

"... a solid and comprehensive introduction to broadband communications... clear explanations in an extremely readable style and format ... [Dr. Littman] makes sense out of the recent explosive growth in high-performance high-speed networks ... capture[s] the excitement of recent innovations in this dynamic domain."
- Kay E. Vandergrift, Rutgers University and Jane Anne Hannigan, Columbia University

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