Q2/ The following data stream (10011011 11001110 11110000 10001000 11100000 11011010 11111111 01110111 10011001 11100111 01011010) will be transmitted with signaling rate equal to 80 k bit/sec. Find the Hamming code of the last byte of the data only in which two error can be detected and one error can be corrected, calculate the transmitted bandwidth? how can reduce the transmitted bandwidth? Explain and calculate the reduced transmitted bandwidth? By using the following polynomial calculate the data transmitted of the (first byte of the data only) (p= x5 +x3 +x+l).

Q2/ The following data stream (10011011 11001110 11110000 10001000 11100000 11011010 11111111 01110111 10011001 11100111 01011010) will be transmitted with signaling rate equal to 80 k bit/sec. Find the Hamming code of the last byte of the data only in which two error can be detected and one error can be corrected, calculate the transmitted bandwidth? how can reduce the transmitted bandwidth? Explain and calculate the reduced transmitted bandwidth? By using the following polynomial calculate the data transmitted of the (first byte of the data only) (p= x5 +x3 +x+l).

Database System Concepts

7th Edition

ISBN:9780078022159

Author:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Publisher:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Chapter1: Introduction

Section: Chapter Questions

Problem 1PE

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Question

Q2/ The following data stream (10011011 11001110
11110000 10001000
11100000
11011010 11111111 01110111 10011001 11100111
01011010) will be transmitted with signaling rate equal to 80 k bit/sec.
2- Find the Hamming code of the last byte of the data only in which two error
can be detected and one error can be corrected, calculate the transmitted
bandwidth? how can reduce the transmitted bandwidth? Explain and calculate
the reduced transmitted bandwidth?
3- By using the following polynomial calculate the data transmitted of the (first
byte of the data only) (p= x5 +x3 +x+l).

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