Using a sequence of MIPS instructions, create a new addressing mode that implements a load-word (lw) or storeword

(sw) with auto-increment (by 4) of the address register after the memory access, where the syntax is

lw $t1, imm16($t0)+ and sw $t1, imm16($t0)+

Registers $t1 and $t0 are to be initialized to point to two distinct arrays of memory locations, where each element in

the array is one word (4 bytes). Thus, the imm16 value should be the array element number (starting with 0) times

4. For example, if you wanted to access the 3rd element in the array ( array[2] ), the imm16 value should be 8. You

are to use the la (load address) MIPS pseudo-instruction; no other pseudo-instructions may be used. Below is an

example code snippet of how to initialize $t1 and $t0 to point the data, along with appropriate data definitions:

la $t1, num_1 # initialize $t1 to point to memory location with label num_1

la $t0, array1 # initialize $t0 to point to memory location with label array2

:

: # MIPS code that actually implements the

: # enhanced MIPS instruction specified

:

ori $v0, $zero, 10 # $v0 <-- function code for "exit"

syscall # Syscall to exit

.data # array[0] array[1] array[2] array[3] array[4] array[5]

array1: .word 0xABCDEF01, 0x55AACC55, 0x01234567, 0x89ABCDEF, 0xFFFFFFFF, 0x76543210

num_1: .word 0x55AACC55

Note: beside $t1, $t0 and $v0, no other MIPS registers are to change.