Given the phrase ellipsis, please do the following: a) Build a priority queue for the word above. [ b) Using the Huffman Code Construction algorithmi, construct a Huffman code for the word above. Be sure to show your priority queue at each stage. *** c) Show the created Huffman code tree. [. d) What is the binary sequence of bits that represents ellipsis using your created Huffman code tree?
Given the phrase ellipsis, please do the following: a) Build a priority queue for the word above. [ b) Using the Huffman Code Construction algorithmi, construct a Huffman code for the word above. Be sure to show your priority queue at each stage. *** c) Show the created Huffman code tree. [. d) What is the binary sequence of bits that represents ellipsis using your created Huffman code tree?
Computer Networking: A Top-Down Approach (7th Edition)
7th Edition
ISBN:9780133594140
Author:James Kurose, Keith Ross
Publisher:James Kurose, Keith Ross
Chapter1: Computer Networks And The Internet
Section: Chapter Questions
Problem R1RQ: What is the difference between a host and an end system? List several different types of end...
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Transcribed Image Text:**Question 3**
Given the phrase *ellipsis*, please do the following:
a) Build a priority queue for the word above.
b) Using the Huffman Code Construction algorithm, construct a Huffman code for the word above. Be sure to show your priority queue at each stage.
c) Show the created Huffman code tree.
d) What is the binary sequence of bits that represents *ellipsis* using your created Huffman code tree?
**Algorithm: Huffman Code Construction**
```
CreateHuffmanCode(pq) → hc
Input: pq, a priority queue
Output: hc, a binary tree representing a Huffman code
1 while SizePQ(pq) > 1 do
2 x ← ExtractMinFromPQ(pq)
3 y ← ExtractMinFromPQ(pq)
4 sum ← GetData(x) + GetData(y)
5 z ← CreateTree(sum, x, y)
6 InsertInPQ(pq, z)
7 return ExtractMinFromPQ(pq)
```
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