Explain RSA algorithm by using the following data: p=17, q=11 Select e = 7, compute d Use numerical value of the message M = 88 Compute the encrypted message value.

A collection of messages uses the following symbols with the given relative frequencies: s : 3 t : 10 e : 8 a : 7 m : 1 (a) Construct the optimal Huffman code for these frequencies.  (b) Encode the string test using this code.  (c) Calculate the lower and upper bound of the average code length. Compare to the actual code length.    Please no plagiarism

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Calculate the total number of bits per character. Record your answers in the chart. Character Code Frequency Bits А 000 2 E 001 H 010 1 K 011 1 М 100 3 101 1 R 110 2 S 111 1 T 1000 4 U 1001 1 space 1010 4 What are the total bits in the original code? Use Huffman Coding to compress the following phrase: "MEET ME AT THE SUPERMARKET". Draw the Huffman Coding tree in the space provided below. Hint: You can use the Shape tool to draw the graph, or you can draw the graph by hand, then photograph or scan your graph to submit it.

C (n,k) =                 n!           k!(n-k)!   Using above formula calculate the following: C(15,14) C(20,7)

The output of the code is:  Group of answer choices DECO 14592 (dec) 3900 (hex) all of the above

Don't reject Note :- Don't copy if u know  thn Answer else I will downvote ALGORITHM Sender-site Algorithm for Stop- And - Wait Protocol Note:- Need with comments Also only handwriting

Q.12 Let the given data be Prime numbers p = the plain text to be sent is 4. Assume public key e as 23. Using 11, q = 19 and ORSA algorithm determine the cipher text for the given plain text. Also perform the reverse process of finding the plain text. Also perform the reverse process of finding the plain text from the cipher text.

Calculate the following variables using RSA algorithm: Р-3, 9-5 а. N: b. Ø(N): С. е: d. D: