Please complete the following MIPS program. A shell code is pasted below to use as a template and starting point.

# This program detects edges in a 32X32 image array by comparing the

# intensity of each pixel and its 4 immediate neighbors (North, South,

# East, and West), computing the difference of the Max and Min intensity

# values, and setting the corresponding output pixel to the computed

# Max-Min difference in intensity. The program handles pixels on the

# boundaries of the image specially to prevent trying to access

# neighboring pixels that do not exist (i.e., no image wraparound is

# allowed).

.data

Array: .alloc 1024 # allocate image data space

Edges: .alloc 1024 # allocate output data space

.text

Detect: addi $1, $0, Array # set memory base

swi 596 # create and display image pair

addi $1, $0, 0

addi $6, $0, 4096 # set limit

# your code goes here

# TEMPORARY: The following loop is used to show how the display

# swi 533 works and a typical function call. You should remove

# this loop (all lines with the comment TEMPORARY) when you write

# your own code.

addi $9, $0, 0 # TEMPORARY (init running count)

TempLoop: lw $7, Array($1) # TEMPORARY

addi $20, $31, 0 # TEMPORARY (preserve return address)

jal CountHi # TEMPORARY (example function call)

addi $31, $20, 0 # TEMPORARY (restore return address)

sw $7, Edges($1) # TEMPORARY

addi $1, $1, 4 # TEMPORARY

bne $1, $6, TempLoop # TEMPORARY

addi $1, $0, Edges # set memory base

swi 533 # display new output image

jr $31 # return to operating system

# TEMPORARY: Sample helper function definition (remove this)

CountHi: slti $8, $7, 200 # is pixel intensity low? TEMPORARY

bne $8, $0, End # if so, do nothing (End) TEMPORARY

addi $9, $9, 1 # else, inc running count TEMPORARY

End: jr $31 # return TEMPORARY