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Exercise(1): Consider a transmission line is used to send 11 bit sequence including 1 extra bit (i.e. start bit) for clock in asynchronous mode. TX Clock is initially set at 10.2KHZ and RX at 10.1KHZ, how could you achieve the successful synchronization between TX and RX with clock drift, if there is a clock drift 10% at TX? Exercise (2): Show Bit-stuffing for the two streams in bit-oriented packet transmission: Stream#1 0011111111110000001111110111111100 Stream#2 1111101111110111111111101111011111

Exercise(1): Consider a transmission line is used to send 11 bit sequence including 1 extra bit (i.e. start bit) for clock in asynchronous mode. TX Clock is initially set at 10.2KHZ and RX at 10.1KHZ, how could you achieve the successful synchronization between TX and RX with clock drift, if there is a clock drift 10% at TX? Exercise (2): Show Bit-stuffing for the two streams in bit-oriented packet transmission: Stream#1 0011111111110000001111110111111100 Stream#2 1111101111110111111111101111011111

Computer Networking: A Top-Down Approach (7th Edition)
Computer Networking: A Top-Down Approach (7th Edition)
7th Edition
ISBN:9780133594140
Author:James Kurose, Keith Ross
Publisher:James Kurose, Keith Ross
Chapter1: Computer Networks And The Internet
Section: Chapter Questions
Problem R1RQ: What is the difference between a host and an end system? List several different types of end...
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Exercise(1): Consider a transmission line is used to send 11 bit sequence including 1 extra bit (i.e. start bit) for clock in asynchronous mode. TX Clock is initially set at 10.2KHZ and RX at 10.1KHZ, how could you achieve the successful synchronization between TX and RX with clock drift, if there is a clock drift 10% at TX? Exercise (2): Show Bit-stuffing for the two streams in bit-oriented packet transmission: Stream#1 0011111111110000001111110111111100 Stream#2 1111101111110111111111101111011111
Transcribed Image Text:Exercise(1): Consider a transmission line is used to send 11 bit sequence including 1 extra bit (i.e. start bit) for clock in asynchronous mode. TX Clock is initially set at 10.2KHZ and RX at 10.1KHZ, how could you achieve the successful synchronization between TX and RX with clock drift, if there is a clock drift 10% at TX? Exercise (2): Show Bit-stuffing for the two streams in bit-oriented packet transmission: Stream#1 0011111111110000001111110111111100 Stream#2 1111101111110111111111101111011111
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