Probability and random processes, matlab
Please help me, as soon as possible
CHA of a vector or matrix and generate a whole vector or matrix of tandem binary numbers. (above). In thie proj Project 2.2 in Prob. 2.52 message The Huffman coding algorithm information, code the given without ood you will measure the average over a simple transmi coded performance to that reconstruct the message, and compare the for implemen illustrates the The following these operations Channel Reconstruct Message Source (Message) 1. Consider the following message for source coding and transmission: APPARENTLY NEUTRAL'S PROTEST IS THOROUGHLY DISCOUNTED ISMAN HARD HIT. BLOCKAGE AFFECTs PRE TEXT FOREMBARGO ON BY PRODUCTS, EJECTING SUETS AND VEGETABLE OILS. This message is included in the data package for this book (msg.txt). 2. Following the procedure of Section 2.5.2, determine the average information for this message. (You may ignore hyphens, spaces, and punctuation. 3. Using the Huffman algorithm, code the above message 4. Determine the average codeword length. 5. Transmit the codewords in binary form across the binary symmetric com nication channel specified in Project 2.1. 6. Reconstruct the message from the received codewords. T. the average of the received message. Would you ex it to be larger or smaller than that of the transmitted message? CHA of a vector or matrix and generate a whole vector or matrix of tandem binary numbers. (above). In thie proj Project 2.2 in Prob. 2.52 message The Huffman coding algorithm information, code the given without ood you will measure the average over a simple transmi coded performance to that reconstruct the message, and compare the for implemen illustrates the The following these operations Channel Reconstruct Message Source (Message) 1. Consider the following message for source coding and transmission: APPARENTLY NEUTRAL'S PROTEST IS THOROUGHLY DISCOUNTED ISMAN HARD HIT. BLOCKAGE AFFECTs PRE TEXT FOREMBARGO ON BY PRODUCTS, EJECTING SUETS AND VEGETABLE OILS. This message is included in the data package for this book (msg.txt). 2. Following the procedure of Section 2.5.2, determine the average information for this message. (You may ignore hyphens, spaces, and punctuation. 3. Using the Huffman algorithm, code the above message 4. Determine the average codeword length. 5. Transmit the codewords in binary form across the binary symmetric com nication channel specified in Project 2.1. 6. Reconstruct the message from the received codewords. T. the average of the received message. Would you ex it to be larger or smaller than that of the transmitted message
