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Question 1 Suppose the alphabet is (A,B,C), and the known probability distribution is P A = 0.5; PB 0.4; Pc = 0.1. For simplicity, let
Question 1 Suppose the alphabet is (A,B,C), and the known probability distribution is P A = 0.5; PB 0.4; Pc = 0.1. For simplicity, let us assume that both the encoder and decoder know that the length of the messages is always 5, so there is no need for a terminator. 1. How many bits are needed to encode the message AABCC by Huffman coding? Illustrate with Huffman trees. 2. How many bits are needed to encode the message AABCC by Arithmetic Coding
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