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31
A source produces 4 symbols with probability $$\frac{1}{2},\frac{1}{4},\frac{1}{8}$$   and $$\frac{1}{8}$$  For this source, a practical coding scheme has an average codeword length of 2 bits/symbols. The efficiency of the code is
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Answer: Option B
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32
In Minimum Distance Separable (MDS) codes, the minimum distance is one more than the number of . . . . . . . .
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Answer: Option C
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33
B-frame is also known as
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Answer: Option D
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34
Which approach plays a cardinal role in supporting the results obtained regarding the information capacity theorem?
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Answer: Option C
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35
A source generates three symbols with probabilities 0.25, 0.25, 0.50 at a rate of 3000 symbols per second. Assuming independent generation of symbols, the most efficient source encoder would have average bit rate is
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Answer: Option B
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36
For designing of (4, 1) cyclic repetition code, what would be the order of the generator polynomial g(x)?
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Answer: Option C
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37
Which among the below stated logical circuits are present in encoder and decoder used for the implementation of cyclic codes?
1. Shift Registers
2. Modulo-2 Adders
3. Counters
4. Multiplexers
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Answer: Option A
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38
The distance between each symbol in given sequence and reference sequence is known as . . . . . . . .
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Answer: Option B
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39
Which buffer size is required by the interleaved codes at the transmitter for the accumulation of λ code words?
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Answer: Option C
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40
According to Shannon's second theorem, it is not feasible to transmit information over the channel with . . . . . . . . error probability, although by using any coding technique.
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Answer: Option A
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