Download An Introduction to Network Modeling and Simulation for the by Jack L. Burbank PDF

By Jack L. Burbank

This booklet offers the working towards engineer with a concise directory of business and open-source modeling and simulation instruments at the moment to be had together with examples of enforcing these instruments for fixing particular Modeling and Simulation examples. rather than concentrating on the underlying thought of Modeling and Simulation and primary construction blocks for customized simulations, this e-book compares structures utilized in perform, and offers ideas allowing the practising engineer to make use of on hand Modeling and Simulation instruments. This e-book will include insights concerning universal pitfalls in community Modeling and Simulation and sensible equipment for operating engineers.

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Extra info for An Introduction to Network Modeling and Simulation for the Practicing Engineer (The ComSoc Guides to Communications Technologies)

Example text

Xσ is site and distance dependent with typical values ranging from 6 to 10 dB for urban environments [7]. 4 Wireless Network Simulators with Large-Scale Fading Models The previous three sections present three large-scale fading models commonly used in both analytical estimates and simulation. The reader most likely has two questions. First, how important is the inclusion of large-scale fading on the simulated output? And second, how do the three models presented help the simulation designer incorporate large-scale fading into his or her simulation?

For these systems, flat-fading simulations may not be accurate because of the signal’s large baseband bandwidth compared to the coherence bandwidth of the channel. Frequently wireless network simulation designers make simplifying assumptions on the channel conditions such as the duration time of a packet is less than or equal to the coherence time of the channel. Doppler spread and coherence time describe the time-varying nature of a signal experiencing small-scale fading, just as the delay spread and coherence bandwidth describe the timedispersive nature of the channel in a local area [7].

Before describing the models, there are a few path-loss conventions that should be described. First, path loss may be calculated as a positive or negative number, depending on how the equations are written and depending on how the results are used. A negative path loss is added to the total transmitter power to determine the received power level. A positive path loss is subtracted from the transmitter power to determine the received power level. Path loss and RF power in general is reported in units of decibels.

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