smtp and ssh data are using an encryption algorithm where the characters will be replaced by another character based on the table posted bellow whereas the https data is encrypted using caesar cipher where the characters are shifted 2 places to the left. Both smtp and ssh data are using the encoding scheme given in the encoding table posted bellow whereas the https is using the ascii table for encoding. We can send only 4 bit smtp data at a time and 8 bit https and ssh data at a time. Source ports are generated randomly during runtime. The priority of https, smtp, and ssh is 1,2, an 1. The communication channel can only send 5 frames at a time.

Show the encapsulation that will be done in different layers of the TCP/IP model. You need to clearly specify all the layers name and label the encapsulated data in each layer to receive the full credit Encoding Table ('e', ':', '0') ('t', ':', '1') ('a', ':', '10') ('o', ':', '11') ('n', ':', '100') ('r', ':', '101') ('i', ':', '110') ('s', ':', '111') ('h', ':', '1000') ('d', ':', '1001') ('l', ':', '1010') ('f', ':', '1011') ('c', ':', '1100') ('m', ':', '1101') ('u', ':', '1110') ('g', ':', '1111') ('y', ':', '10000') ('p', ':', '10001') ('w', ':', '10010') ('b', ':', '10011') ('v', ':', '10100') ('k', ':', '10101') ('j', ':', '10110') ('x', ':', '10111') ('q', ':', '11000') ('z', ':', '11001') Encryption Table ('a', '-', 'i') ('b', '-', 'l') ('c', '-', 'g') ('d', '-', 'x') ('e', '-', 'f') ('f', '-', 'm') ('g', '-', 't') ('h', '-', 'h') ('i', '-', 'o')

('j', '-', 'v') ('k', '-', 'd') ('l', '-', 'j') ('m', '-', 'c') ('n', '-', 'b') ('o', '-', 'p') ('p', '-', 'r') ('q', '-', 'z') ('r', '-', 'a') ('s', '-', 'w') ('t', '-', 's') ('u', '-', 'u') ('v', '-', 'y') ('w', '-', 'q') ('x', '-', 'n') ('y', '-', 'k') ('z', '-', 'e')

Note: You need to show the steps/process while solving the problems just like the way I solved in my uploaded slide (class 7.pptx page 3 to 9). Just providing the final/one-line answer would not be graded