Using your suite of RISC$-$V instructions, create a pseudorandom number generator using

arithmetic and bitwise logical instructions.

a$.$ Write a RISC$-$V program that will use a loop to generate $15$ random numbers and store

them in an array beginning at memory location $0$ in data memory. please use these instructions only Arithmetic: ADD, ADDI, SUB

Logical: AND, ANDI, OR$,$ ORI, XOR, XORI

Shift: SLLI

Memory: LW$,$ SW

Jump: JAL

Branch: BEQ, BNE, BLT$,$ BGE

i$.$ Hand in your code for this program as well as a list of the $15$ numbers you

generated.

b$.$ Given the first random number, write a RISC$-$V program to determine how many

numbers must be generated in order to revisit the first number.

i$.$ Hand in your code for this program

ii$.$ Hand in the first random number and the number of steps it takes to revisit that

first number.

c$.$ Create and hand in a report that explains your algorithm for your random number

generator and includes the components mentioned in parts a and b