using matlab

The attached code generates a frame of this sites de rand error detection for the single parity scheme. Extend the code to do the following 1. Evaluate the performance of the SP schemes for (a) Find the percentage ratio of the five cases of 1000 L - 12 detectable errons, undetectable errors, evento con il sumber of roes (1) Compare telt bw plotting them on a single bar plot and state your conclusione (c) Increase the free sine from 12 to 60 by 12 cents, and for each frames plot the partage ratio of undetectable. The isis fratele andy axis is of detectables 2. Evaluate the performance of the TP.efox (a) Find the percentage ratio of the five ces out of 1000 for L-12none detectable erros, delectables, of, oddmber of em (b) Compare tilsly plotting them as de la plated state your conclusions c) Increase the free from 12 to Go by 12 bitsins, and for each frames plot the percentage ratio of detectable. The axis is from sien yaxis is of detectable 3. Exulate the performance of the lateret checome as folle (a) Find the percentage ratio of the five cesto 1000 for L=12 no error, detectable errors, undetectable errors, ember of errors, odilmber of erros (b) Compare tilts by plotting them on a single bas plot and state your concerns (c) Increase the frames from 12 to 60 by 12 liters, and for each frume sie plot the percentage ratio of undetectable enes. The ata is frame size and y sin is of detectable errors 4. Evaluate the performance of the CRC emic the CRC-generating function follow (s) Find the percentage ratio of the five ces out of 1000 for L=12 no error detectable errons undetectable errors com ubezerros odid mumber of roes (b) Compare tesults by plotting them on a single bar plot and state your conclusions le) increase the frames from 13 to 60 by 12 bata intents and for each frame size plot the protege ratio of undetectable Thesis is frame sitesil y axis is of undetectable 5. Plot the of detectable erron frate si cate to compare their performance and state your obervation Note: You can use the attached function bitary.reactata, cre) to compute the reminder of the polynomial division. For example, to compete the remainder of dividing (3) + for it) + (1100) :) +*+1(2001), the following code can be used binary.re((1 100). [1 0 1 1]). which gives a reminder (010) we add the time to the data (1100010), then check the binary.res(11000 10). 1 0 1 1) This gives a reminder (000). The attached code generates a frame of this sites de rand error detection for the single parity scheme. Extend the code to do the following 1. Evaluate the performance of the SP schemes for (a) Find the percentage ratio of the five cases of 1000 L - 12 detectable errons, undetectable errors, evento con il sumber of roes (1) Compare telt bw plotting them on a single bar plot and state your conclusione (c) Increase the free sine from 12 to 60 by 12 cents, and for each frames plot the partage ratio of undetectable. The isis fratele andy axis is of detectables 2. Evaluate the performance of the TP.efox (a) Find the percentage ratio of the five ces out of 1000 for L-12none detectable erros, delectables, of, oddmber of em (b) Compare tilsly plotting them as de la plated state your conclusions c) Increase the free from 12 to Go by 12 bitsins, and for each frames plot the percentage ratio of detectable. The axis is from sien yaxis is of detectable 3. Exulate the performance of the lateret checome as folle (a) Find the percentage ratio of the five cesto 1000 for L=12 no error, detectable errors, undetectable errors, ember of errors, odilmber of erros (b) Compare tilts by plotting them on a single bas plot and state your concerns (c) Increase the frames from 12 to 60 by 12 liters, and for each frume sie plot the percentage ratio of undetectable enes. The ata is frame size and y sin is of detectable errors 4. Evaluate the performance of the CRC emic the CRC-generating function follow (s) Find the percentage ratio of the five ces out of 1000 for L=12 no error detectable errons undetectable errors com ubezerros odid mumber of roes (b) Compare tesults by plotting them on a single bar plot and state your conclusions le) increase the frames from 13 to 60 by 12 bata intents and for each frame size plot the protege ratio of undetectable Thesis is frame sitesil y axis is of undetectable 5. Plot the of detectable erron frate si cate to compare their performance and state your obervation Note: You can use the attached function bitary.reactata, cre) to compute the reminder of the polynomial division. For example, to compete the remainder of dividing (3) + for it) + (1100) :) +*+1(2001), the following code can be used binary.re((1 100). [1 0 1 1]). which gives a reminder (010) we add the time to the data (1100010), then check the binary.res(11000 10). 1 0 1 1) This gives a reminder (000)