solve the report part please

We are interested in evaluating the performance of the following error detection schemes: - Single Parity (SP). - Two Dimensional Parity (TP). Start your simulation by generating a frame of L bits. Then, sinnlate random number of errors and their poeitions. Once data binary bits are flipped at the error positions, check for error using the scheme under consideratiotis. 1. Evaluate the performance of the SP sheme as follows: (a) Find the percentage ratio of the five cases out of 1000 rums for L=6 : no error, dotectable errors, miletectable errots, even umbber of erron, old number of errors. (b) Compare results by plotting them on a single bar plot aud state your conclusions. (c) Inctease the frame size frou 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 sia and y axis is % of undetertable errons. 2. Evaluate the performance of the TP scheme as follows: (a) Find the pereentage ratio of the eight case cat of 1000 runs for L=12 : no error, detectable errons, undetectable errons, single errors, two crron, thiree error, four ctrots, five errors and more. (b) Compare recults by plotting then on a single bar plot asu state your conclusions. (c) Ineroase the frame sixe from 12 to 24 by 6 bits increments, aad for each frame aise plot the pereentags ratio of uibletectable ertors. The x axis is frame sise and y axis bs % of undetectable errors. We are interested in evaluating the performance of the following error detection schemes: - Single Parity (SP). - Two Dimensional Parity (TP). Start your simulation by generating a frame of L bits. Then, sinnlate random number of errors and their poeitions. Once data binary bits are flipped at the error positions, check for error using the scheme under consideratiotis. 1. Evaluate the performance of the SP sheme as follows: (a) Find the percentage ratio of the five cases out of 1000 rums for L=6 : no error, dotectable errors, miletectable errots, even umbber of erron, old number of errors. (b) Compare results by plotting them on a single bar plot aud state your conclusions. (c) Inctease the frame size frou 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 sia and y axis is % of undetertable errons. 2. Evaluate the performance of the TP scheme as follows: (a) Find the pereentage ratio of the eight case cat of 1000 runs for L=12 : no error, detectable errons, undetectable errons, single errors, two crron, thiree error, four ctrots, five errors and more. (b) Compare recults by plotting then on a single bar plot asu state your conclusions. (c) Ineroase the frame sixe from 12 to 24 by 6 bits increments, aad for each frame aise plot the pereentags ratio of uibletectable ertors. The x axis is frame sise and y axis bs % of undetectable errors