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3. Use Huffman's algorithm to construct an optimal binary search code for the letters in the following table Letter A BE M NSX Z Frequency 16 8 25 40 10 20 12 11 27 Compute the average number of bits per character. Determine whether the string 1011100010001 assuming the right branch and left branch are labeled 1 and O respectively.

3. Use Huffman's algorithm to construct an optimal binary search code for the letters in the following table Letter A BE M NSX Z Frequency 16 8 25 40 10 20 12 11 27 Compute the average number of bits per character. Determine whether the string 1011100010001 assuming the right branch and left branch are labeled 1 and O respectively.

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3. Use Huffman's algorithm to construct an optimal binary search code for the letters in the following table Letter A BE M NSX Z Frequency 16 8 25 40 10 20 12 11 27 Compute the average number of bits per character. Determine whether the string 1011100010001 assuming the right branch and left branch are labeled 1 and O respectively.
Transcribed Image Text:3. Use Huffman's algorithm to construct an optimal binary search code for the letters in the following table Letter A BE M NSX Z Frequency 16 8 25 40 10 20 12 11 27 Compute the average number of bits per character. Determine whether the string 1011100010001 assuming the right branch and left branch are labeled 1 and O respectively.
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