Write a multi-thread program to handle two matrices, A and B. Randomly generate the content of matrix A and B withi spec

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Write a multi-thread program to handle two matrices, A and B. Randomly generate the content of matrix A and B withi specified dimension provided as two command arguments. Dimension of A and B must be the same. Then create three threads: a. one thread will transpose the A and B b. one thread will calculate addition of two matrices as C= A + B c. one thread will calculate subtraction of two matrices as C-A-B Also print out the results for each thread. Remember to allocate space for C and the transposed A and B. The following image shows a transposed matrix. A = e #include #include 2x3 #include #include Sample Array Statistics Solution that we discussed in class: //From OS concepts of John Wiley & Sons //please run this program as ./main 3567246 // It is up to you as what integer array to supply as the arguments. /* the list of integers */ int "list; int maximum; int minimum; AT= b /* the threads will set these values */ double average: a d void *calculate_average(void *param); void "calculate maximum(void *param); 3x2
void *calculate_average(void *param); void *calculate maximum(void *param); void *calculate_minimum(void *param); int main(int argc, char "argv[]) { int i; int num_of_args = argc-1; pthread_t tid_1; pthread_t tid_2; pthread_t tid_3; /* allocate memory to hold array of integers */ list = malloc(sizeof(int) num_of_args); for (i = 0; i < num_of_args; i++) list = atoi(argv[i+1]); /* create the threads "/ pthread_create(&tid_1, pthread_create(&tid_2, 0, calculate_average, &num_of_args); 0, calculate_maximum, &num_of_args); pthread_create(&tid_3, 0, calculate_minimum, &num_of_args); /* wait for the threads to exit */ pthread_join(tid_1, NULL); pthread_join(tid_2, NULL); pthread_join(tid_3, NULL); printf("The average is %f\n", average); printf("The maximum is %d\n", maximum); printf("The minimum is %d\n", minimum); return 0; } void *calculate_average(void *param) { int count = "(int *)param;
S int count= "(int *)param; int i, total = 0; printf("count=%d\n",count); for (i = 0; i < count; i++) printf("%d\n",list); for (i = 0; i < count; i++) total += list: average = total / count; pthread_exit(0); } void 'calculate maximum(void *param) { int count = "(int *)param; int i; maximum list[0]; for (i = 1; i < count; i++) if (list> maximum) maximum = list; pthread_exit(0); E } void "calculate_minimum(void "param) { int count(int *)param; int i; minimum list[0]; for (i=1;i< count; i++) if (list< minimum) minimum = list; = Ma
pthread_exit(0); } void *calculate_maximum(void *param) int count = "(int *)param; int i; maximum = list[0]; for (i = 1; i < count; i++) if (list> maximum) maximum = list; pthread_exit(0); } void *calculate_minimum(void *param) { int count = *(int *)param; int i; minimum list[0]; for (i = 1; i < count; i++) if (list < minimum) minimum = list[i]; pthread_exit(0); = } Also available here: https://replit.com/@zhumi/Multithread-Statistics#main.c