7. Show parity using odd I's with double parity, for following data 11001101110. (10 pt.) UG 8. Show the hamming code for any 6-bit data. (10pt.) 9. What are the polynomial equivalence of fol...
7. Show parity using odd I's with double parity, for following data 11001101110. (10 pt.) UG 8. Show the hamming code for any 6-bit data. (10pt.) 9. What are the polynomial equivalence of following bits. (10 pt.) 1100101 0011101 1110001 010100 Assume a sender has the following data frames. Suppose the sender using burst error detection/correction. Show the actual row and column that is send and received. (10pt.) 1- 0110 2- 1101 3- 0011 4- 0101 11. In terms of Success S and Traffie G define the sim S-0.5 means. (10pt.)G ple and slotted Aloha protocol, What S 12. Write a short algorithm and the code for the implementation of IEEE 802.3 protocol. (10pt Bonus: Name the steps that is needed for designing a network. UG only
7. Show parity using odd I's with double parity, for following data 11001101110. (10 pt.) UG 8. Show the hamming code for any 6-bit data. (10pt.) 9. What are the polynomial equivalence of following bits. (10 pt.) 1100101 0011101 1110001 010100 Assume a sender has the following data frames. Suppose the sender using burst error detection/correction. Show the actual row and column that is send and received. (10pt.) 1- 0110 2- 1101 3- 0011 4- 0101 11. In terms of Success S and Traffie G define the sim S-0.5 means. (10pt.)G ple and slotted Aloha protocol, What S 12. Write a short algorithm and the code for the implementation of IEEE 802.3 protocol. (10pt Bonus: Name the steps that is needed for designing a network. UG only