Start your simulation by generating a frame of L bits. Then, simulate random number of errors and their positions. Once data binary bits are flipped at the error positions, check for error using the scheme under considerations. 1. Evaluate the performance of the SP scheme as follows: (a) Find the percentage ratio of the five cases out of 1000 runs for L = 6: no error, detectable errors, undetectable errors, even number of errors, odd number of errors. (b) Compare results by plotting them on a single bar plot and state your conclusions. (c) Increase the frame size from 12 to 24 bits by increments of 6 bits, and for each frame size plot the percentage ratio of undetectable errors. The x axis is frame size and y axis is % of undetectable errors. 2. Evaluate the performance of the TP scheme as follows: (a) Find the percentage ratio of the eight cases out of 1000 runs for L = 12: no error, detectable errors, undetectable errors, single errors, two errors, three error, four errors, five errors and more. (b) Compare results by plotting them on a single bar plot and state your conclusions. (c) Increase the frame size from 12 to 24 by 6 bits increments, and for each frame size plot the percentage ratio of undetectable errors. The x axis is frame size and y axis is % of undetectable errors.