**CS601 Assignment Solution # 2nd Fall 2021**

**CS601 Assignment Solution # 2nd Fall 2021**

__Instructions:__

Please read the following instructions carefully before submitting assignment:

You need to use MS word document to prepare and submit the assignment on VU-LMS.

It should be clear that your assignment will not get any credit if:

- The assignment is submitted after due date.
- The assignment is not in the required format (doc or docx)
- The submitted assignment does not open or file is corrupt.
- Assignment is copied (partial or full) from any source (websites, forums, students, etc)

__Objectives:__

The objectives of this assignment is to enhance the learning capabilities of students about:

- Encoding Scheme
- Nyquist sampling rate
- Bit rate

**Question No. 1 **

The Diagram given below is representing the Manchester encoding scheme. You are required to carefully analyze it and then write the binary pattern represented by the diagram:

*Hint: First bit is 0 and its voltage level is positive to negative.*

Give your answer in the following table:

**Question No. 2**

Suppose we have sampled a low-pass signal with a bandwidth of 350 KHz using 2048 levels of quantization.

a. Calculate the Nyquist sampling rate for this signal.

b. Calculate the bit rate of the digitized signal.

**Note: You need to mention all the steps with proper calculation.**

**CS601 Assignment Solution # 2nd Fall 2021**

**Question No. 1 **

The Diagram given below is representing the Manchester encoding scheme. You are required to carefully analyze it and then write the binary pattern represented by the diagram:

Give your answer in the following table:

**Question No 1 Solution :**

0 | 0 | 1 | 0 | 0 | 1 | 1 | 1 | 0 | 1 |

**Question No. 2**

Suppose we have sampled a low-pass signal with a bandwidth of 350 KHz using 2048 levels of quantization.

a. Calculate the Nyquist sampling rate for this signal.

b. Calculate the bit rate of the digitized signal.

**Question No. 2 Solution **

Suppose we have sampled a low-pass signal with a bandwidth of 350 KHz using 2048 levels of quantization.

a. Calculate the Nyquist sampling rate for this signal.

In a low-pass signal, the minimum frequency is Zero, So.

Fmax = 0 + 350 = 350 KHz

Fs = 2 * 350000 1KHz = 1000

Fs = 700000 Sample per seconds.

b. Calculate the bit rate of the digitized signal.

**For More Assignment Details**

CS601 Assignment Solution # 2nd Fall 2021#CS601 Assignment Solution # 2nd Fall 2021#CS601 Assignment Solution # 2nd Fall 2021#CS601 Assignment Solution # 2nd Fall 2021