Implement a program to do the simple 1-D stencil of 100 integers that are randomly generated, using both C and RISC-V assembly, and simulate the assembly program execution using RARS. a. For C program, convert the 1-D stencil program from lab_03 to use array reference (B[i]) to access array element instead of using pointers. The C program follows these steps: 1) declare two arrays, each has 100 elements, 2) use a for loop to randomly generate 100 integers and store them in one array; 2) use another for loop to do the 1-D stencil and store the result in the other array; Write a main program in C from https://repl.it/languages/c. b. Converting the C program to RISC-V assembly and simulate the program execution using RARS. Implement a program to do the simple 1-D stencil of 100 integers that are randomly generated, using both C and RISC-V assembly, and simulate the assembly program execution using RARS. a. For C program, convert the 1-D stencil program from lab_03 to use array reference (B[i]) to access array element instead of using pointers. The C program follows these steps: 1) declare two arrays, each has 100 elements, 2) use a for loop to randomly generate 100 integers and store them in one array; 2) use another for loop to do the 1-D stencil and store the result in the other array; Write a main program in C from https://repl.it/languages/c. b. Converting the C program to RISC-V assembly and simulate the program execution using RARS