Publisher's Synopsis
With time, the role of networking will become increasingly important as it will offer greater coverage of distance (or space), higher speed of transport, and increasing number of entities that may be reached simultaneously. Today, modeling and asynchronous distributed simulation is the ideal and possibly the only known scientific mechanism to facilitate the design and analysis of large-scale networks with complex functionalities.
Innovative Network Analysis and Designpresents an accessible, thorough examination of network design based on modeling and simulation, rather than the traditional OSI/ISO layered paradigm. In Part I, the focus is on the elements that comprise networking, their properties, and the underlying control and coordination algorithms that govern how the elements interact with each other to define the nature and overall behavior of the network. In Part II, the bookemploys behavior modeling and asynchronous distributed simulation as a scientific approach to (1) obtain comprehensive, high-level insights into the nature and behavior of realistic networks and to (2) assess objectively the impact of the individual network characteristics on the overall performance. This approach permits any design concept under consideration to be studied, experimented, and analyzed scientifically andlater incorporated into a prototype network design.
Features and Benefits:
*Presents a unique modeling and simulation-based systematic approach to the design and analysis of networks
*Provides a fundamental, yet comprehensive understanding of networking principles and reasoning
*Focuses on the most important attributes of networking and how they influence the performance of a real network under real-world conditions
*An integrated compilation of traditional networking principles and practical research results using actual modeling and asynchronous distributed simulation of representative networks
This text/reference on innovative network design explains the fundamental and methods of advanced networking and thoroughly describes a unique modeling and simulation-based approach to prototype network design. Professionals, policy makers, and advanced students in network design, information systems, computer engineering and science, communications engineering, networking, and consulting will find the book an essential and practical resource. It is also highly suitable for short courses and self-study.
