addi a0 zero 10000 Initialize multiplier m addi a1 zero 12000 Initialize multiplicand md main move s0 zero Initialize product p move s1 a1 Store multiplicand md in s1 move s2 a0 Store multiplier m in s2 Handle sign for multiplier and multiplicand bgez s2 checkmd If m 0 check multiplicand sub s2 zero s2 Make m positive m m li t0 1 Set sign flag to 1 negative product checkmd bgez s1 callrecursion If md 0 call recursion sub s1 zero s1 Make md positive md md li t0 1 Set sign flag to 1 negative product callrecursion li a2 16 Set iteration count 16 for 16bit move a3 s0 Initialize product in a3 move a1 s1 Set multiplicand in a1 move a0 s2 Set multiplier in a0 jal recursion Call recursion Check sign flag and negate product if needed beq t0 zero end If sign flag is 0 skip negation sub s0 zero s0 Negate product if sign flag is 1 end End of the multiplication loop Your code for handling negative numbers and signing the result goes here recursion beq a2 zero returnp If n 0 return the product andi t0 a0 1 Check least significant bit of multiplier bne t0 zero recshift If LSB of multiplier is 1 go to recshift If LSB is 0 do nothing and go to recend j recend recshift add a3 a3 a1 Add multiplicand to product srl a0 a0 1 Right shift multiplier sll a1 a1 1 Left shift multiplicand sub a2 a2 1 Decrement iteration count j recursion Call recursion recend End of the recursive step returnp move s0 a3 Return updated product in s0 jr ra Return to caller