Dear students friends,

Dear student friends,
I have started my service as a lecturer in the year 1998. When i was a student i wanted to become a lecturer in engineering college. I am trying my level best to help the students to learn the basics and subjects in depth. I want my students should know all the EC basics, should able to serve better in any filed, should able to present well, should able to prepare report nicely and they should be a good human being.

Friday, October 11, 2019

Assignment 1


All the students are here by informed to note down the assignment and submit the same as soon as possible. Students are supposed to simulate the problem whichever is assigned to them. The students should compare the simulated result with the minimum three solved problems for the given problem/algorithm. The students may use MATLAB/C/C++/HDL/Java/Python… any tool/ Software to simulate the problem/algorithm. The students should dump the simulated code all the result in MS word neatly. The students should try to make the program as general as possible.
Question Numbers:
1. Shannon Algorithm (For binary, Ternary as well as for quaternary)
2. Shannon Fano Algorithm(For binary, Ternary as well as for quaternary)
3. Huffman Coding(For binary, Ternary as well as for quaternary)
4. Read the P(x1), P(x2) and Channel matrix from user and write a program to compute H(x), H(Y),         H(X,Y), H(Y/X), H(X/Y) and I(X,Y)
5. Write a program to rea the symbols probabilities, rs and find the H(S), Rs, H(s2).
6. Read all the probabilities (as General as possible Fig 1) from user and find H(S)    
7. Read all the probabilities (as General as possible fig 2) from user and find H(S).
8. Read the JPM matrix from the user (other than *), Find the missing probabilities (*) in the table Fig 3 (These are fixed), Find P(b3|a1) and P(a1|b3), Are the events a1 and b1 statistically independent? Why?
9. BSC’s are connected in cascade find channel matrix of resultant channel Fig 4 (Read all the probabilities from the user) and find P(Z1) and P(Z2).

10. Write a program to Calculate the capacity of low pass channel with a usable bandwidth of XHz and S/N=Y at the channel output. Assume the channel noise to be Gaussian and white.


ITC 
SLNO USN Qn0 USN Qno
1 2SD16EC050 1 2SD17EC101 7
2 2SD16EC407 2 2SD17EC103 1
3 2SD17EC003 3 2SD17EC105 2
4 2SD17EC005 4 2SD17EC107 3
5 2SD17EC006 5 2SD17EC112 4
6 2SD17EC012 6 2SD17EC114 5
7 2SD17EC015 7 2SD17EC116 6
8 2SD17EC016 8 2SD17EC125 7
9 2SD17EC019 9 2SD17EC127 8
10 2SD17EC022 10 2SD17EC129 9
11 2SD17EC024 1 2SD17EC130 10
12 2SD17EC027 2 2SD17EC131 1
13 2SD17EC028 3 2SD17EC132 2
14 2SD17EC029 4 2SD17EC133 3
15 2SD17EC030 5 2SD18EC400 4
16 2SD17EC037 6 2SD18EC402 5
17 2SD17EC038 7 2SD18EC403 6
18 2SD17EC040 8 2SD18EC404 7
19 2SD17EC044 9 2SD18EC405 8
20 2SD17EC046 10 2SD18EC407 9
21 2SD17EC051 1 2SD18EC408 10
22 2SD17EC055 2 2SD18EC409 1
23 2SD17EC058 3 2SD18EC410 2
24 2SD17EC059 4 2SD18EC411 3
25 2SD17EC061 5 2SD18EC412 4
26 2SD17EC062 6 2SD18EC415 5
27 2SD17EC065 7 2SD18EC416 6
28 2SD17EC067 8 2SD18EC417 7
29 2SD17EC070 9 2SD18EC419 8
30 2SD17EC071 10 2SD18EC420 9
31 2SD17EC074 1 2SD18EC421 10
32 2SD17EC081 2 2SD18EC422 1
33 2SD17EC089 3 2SD18EC423 2
34 2SD17EC093 4 2SD18EC424 3
35 2SD17EC098 5 2SD18EC425 4
36 2SD17EC099 6 2SD18EC426 5
      2SD18EC427 6
      2SD16EC006 7


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