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: Principles of Communication Systems Simulation with Wireless Applications
: William H. Tranter (et al.)
: Prentice Hall
: 2004
ISBN: 0134947908
: pdf
: 800
: 10,7 mb
: English

This book is a result of the advances in two related technologies: communications and computers. Over the past few decades, communication systems have increased in complexity to the point where system design and performance analysis can no longer be conducted without a significant level of computer support. Many of the communication systems of fifty years ago were either power or noise limited. A significant degrading effect in many of these systems was thermal noise, which was modeled using the additive Gaussian noise channel. Many modern communication systems, however, such as the wireless cellular system, operate in environments that are interference and bandwidth limited. In addition, the desire for wideband channels and miniature components pushes transmission frequencies into the gigahertz range, where propagation characteristics are more complicated and multipath-induced fading is a common problem. In order to combat these effects, complex receiver structures, such as those using complicated synchronization structures, demodulators and symbol estimators, and RAKE processors, are often used. Many of these systems are not analytically tractable using non-computer based techniques, and simulation is often necessary for the design and analysis of these systems.

Principles of Communication Systems Simulation with Wireless Applications is a hands-on, example-rich guide to simulating wireless communications systems. A number of the applications and examples discussed in this book are targeted to wireless communication systems.












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