4. Consider a binary source alphabet where a symbol 0 is represented by 0 volts, and a symbol 1 is represented by 1 volt. Assume these symbols are transmitted over a baseband channel having uniformly distributed noise with a probability density function: S3, Im| < 1 p(n) : lo, otherwise. Assume that the decision threshold T is within the range of to 1 volt. If the symbols are equally likely, derive an expression for the probability of error.

4. Consider a binary source alphabet where a symbol 0 is represented by 0 volts, and a symbol 1 is represented by 1 volt. Assume these symbols are transmitted over a baseband channel having uniformly distributed noise with a probability density function: S3, Im| < 1 p(n) : lo, otherwise. Assume that the decision threshold T is within the range of to 1 volt. If the symbols are equally likely, derive an expression for the probability of error.

MATLAB: An Introduction with Applications

6th Edition

ISBN:9781119256830

Author:Amos Gilat

Publisher:Amos Gilat

Chapter1: Starting With Matlab

Section: Chapter Questions

Problem 1P

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4. Consider a binary source alphabet where a symbol 0 is represented by 0 volts, and a symbol
1 is represented by 1 volt. Assume these symbols are transmitted over a baseband channel
having uniformly distributed noise with a probability density function:
{ In|< 1
10,
p(n) :
otherwise.
Assume that the decision threshold T is within the range of 0 to 1 volt. If the symbols are
equally likely, derive an expression for the probability of error.

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