Q1. What is line coding? Discuss the characteristics of line coding. Q2. What is pulse code modulation (PCM)? How many processes does a PCM encoder have? Q3. A signal is carrying data in which one data element is encoded as one signal element (r = 1). If the bit rate is 100 kbps, what is the average value of the baud rate if c is between 0 and 1? Q4. What is self synchronization? Discuss the effects of lack of synchronization. Q5. The figure below represents the Differential Manchester encoding of a data stream. What is the data stream? D. Manchester does not require block coding, explain briefly. Time Q6. Why is NRZ-I better than NRZ-L? Explain with proper reasons. Q7. Discuss the advantages and disadvantages of Biphase. Q8. What is the Nyquist sampling rate for each of the following signals? a. A low-pass signal with bandwidth of 200 KHz? b. A band-pass signal with bandwidth of 200 KHz if the lowest frequency is 100 KHz?

Computer Networking: A Top-Down Approach (7th Edition)
7th Edition
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Author:James Kurose, Keith Ross
Publisher:James Kurose, Keith Ross
Chapter1: Computer Networks And The Internet
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Q9. The following figure depicts a sampled analog signal for digital signal representation. By applying
the concept of Pulse Code Modulation, find the 4-bit code words and finally draw the line coding by
using Bipolar-AMI scheme. You have to solve the problem by using step by step formulation of
normalized PAM values, normalized quantized value, normalized error and quantization code. Assume
that the sampling amplitudes are between -40V to +40V.
Time
Analog Signal Value (V)
23.7
1
-15.7
2
-29.6
3
20.5
4
33.5
Transcribed Image Text:Q9. The following figure depicts a sampled analog signal for digital signal representation. By applying the concept of Pulse Code Modulation, find the 4-bit code words and finally draw the line coding by using Bipolar-AMI scheme. You have to solve the problem by using step by step formulation of normalized PAM values, normalized quantized value, normalized error and quantization code. Assume that the sampling amplitudes are between -40V to +40V. Time Analog Signal Value (V) 23.7 1 -15.7 2 -29.6 3 20.5 4 33.5
Q1. What is line coding? Discuss the characteristics of line coding.
Q2. What is pulse code modulation (PCM)? How many processes does a PCM encoder have?
Q3. A signal is carrying data in which one data element is encoded as one signal element (r = 1). If
the bit rate is 100 kbps, what is the average value of the baud rate if c is between 0 and 1?
Q4. What is self synchronization? Discuss the effects of lack of synchronization.
Q5. The figure below represents the Differential Manchester encoding of a data stream. What is the
data stream? D. Manchester does not require block coding, explain briefly.
Time
Q6. Why is NRZ-I better than NRZ-L? Explain with proper reasons.
Q7. Discuss the advantages and disadvantages of Biphase.
Q8. What is the Nyquist sampling rate for each of the following signals?
a. A low-pass signal with bandwidth of 200 KHz?
b. A band-pass signal with bandwidth of 200 KHz if the lowest frequency is 100 KHz?
Transcribed Image Text:Q1. What is line coding? Discuss the characteristics of line coding. Q2. What is pulse code modulation (PCM)? How many processes does a PCM encoder have? Q3. A signal is carrying data in which one data element is encoded as one signal element (r = 1). If the bit rate is 100 kbps, what is the average value of the baud rate if c is between 0 and 1? Q4. What is self synchronization? Discuss the effects of lack of synchronization. Q5. The figure below represents the Differential Manchester encoding of a data stream. What is the data stream? D. Manchester does not require block coding, explain briefly. Time Q6. Why is NRZ-I better than NRZ-L? Explain with proper reasons. Q7. Discuss the advantages and disadvantages of Biphase. Q8. What is the Nyquist sampling rate for each of the following signals? a. A low-pass signal with bandwidth of 200 KHz? b. A band-pass signal with bandwidth of 200 KHz if the lowest frequency is 100 KHz?
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