C++ Program:Make a program that would demonstrate the concept of Line Coding: Polar NRZ: Remember:if next bit is 1, there is inversion if next bit is 0, no inversionneg – means the signal is in the negative axispos – means the signal is in the positive axisinv – means there is inversionno inv – means there is no inversiona. initially high (starts with positive, inverse is negative)Input:111001011000Output:invneg invpos inv neg no inv neg no inv neg inv pos no inv pos inv neg inv pos no inv pos no inv pos no inv pos b. initially low (starts with negative, inverse is positive)Input:111001011000Output:inv pos inv neg inv pos no inv pos no inv pos inv neg no inv neg inv pos inv neg no inv neg no inv neg no inv neg The logic here is when input is 1, next inputted 1 will be inverse of that, for example:1 1 0 0 1if initially high that means neg, pos, pos, pos, neg

Name: C++ Program:Make a program that would demonstrate the concept of Line
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Description: C++ Program:Make a program that would demonstrate the concept of Line Coding: Polar NRZ: Remember:if next bit is 1, there is inversion if next bit is 0, no inversionneg – means the signal is in the negative axispos – means the signal is in the positi

#include <iostream> using namespace std;void fun(int output, int input[12]) { int…

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Computer Networking: A Top-Down Approach (7th Edition)

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Author:James Kurose, Keith Ross

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C++ Program:

Make a program that would demonstrate the concept of Line Coding:

Polar NRZ: Remember:
if next bit is 1, there is inversion
if next bit is 0, no inversion

neg – means the signal is in the negative axis

pos – means the signal is in the positive axis

inv – means there is inversion

no inv – means there is no inversion

a. initially high (starts with positive, inverse is negative)

Input:

Output:

inv

neg

inv

pos

inv neg

no inv neg

inv pos

no inv pos

inv neg

inv pos

no inv pos

b. initially low (starts with negative, inverse is positive)

Input:

Output:

inv pos

inv neg

inv pos

no inv pos

inv neg

no inv neg

inv pos

inv neg

no inv neg

The logic here is when input is 1, next inputted 1 will be inverse of that, for example:

1 1 0 0 1

if initially high that means neg, pos, pos, pos, neg

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