(Solved): Q1: Which data and parity bit combination is correct for an ODD parity data transmission system? A) ...

Q1: Which data and parity bit combination is correct for an ODD parity data transmission system? A) data = 1110 0000 B) data = 0100 1010 parity = 1 parity = 1 C) data = 0000 0000 D) data = 1111 1111 parity = 0 parity = 1 Q2: An odd-parity checker would indicate a parity error for which received data and parity bit? A) data = 0001011 B) data = 1100101 C) data = 1111110 D) data = 0000000 parity = 0 parity = 1 parity = 0 parity = 1 03: Suppose you are using an even parity. What should the binary word "111010" look like after you add a parity bit? 04: What is the polynomial equivalent of 100001110001 ? 05: During the negotiation period, the transmitter and receiver have agreed to use the polynomial 1001 for their CRC code. Suppose that a receiver has received the following frame 11001001010. Should the receiver accept or reject the frame? Q6: Given dataword 1010011110 and the divisor 10111, a) Show the generation of the codeword at the sender site (using binary division). b) Show the checking of the codeword at the receiver site (assume no error).