write the avr assembly code to initialize the X, Y, and Z registers to the addrA, addrB, and laddr lables.

3. Consider the following AVR assembly code that performs 16-bit by 16-bit multiplication (with some information missing). Assume the data memory locations $0100 through $0107 initially have the following values: Data Memory Address content 0100 03 0101 02 0102 0103 01 0104 00 0105 00 0106 00 0107 00 .include "m128def.inc" ; Include definition file . def rlo = r0 ; Low byte of MUL result .def rhi = r1 ; High byte of MUL result .def zero = r2 ; Zero register .def A = r3 ; An operand .def B = r4 ; Another operand .def oloop = r17 ; Outer Loop Counter .def iloop = r18 ; Inner Loop Counter .org $ 0000 1. rjmp INIT .org $0046 2. INIT: clr zero ; Set zero register to zero 3. MAIN: Load low byte 4. ; Load high byte 5. ; Load low byte 6. ; Load high byte 7. oloop, ; Load counter 8. MUL16_OLOOP: ; Load low byte 9. ; Load high byte 10. ldi iloop, 2 ; Load counter 11. MUL16_ILOOP: ld A, X+ ; Get byte of A operand 12. ld B, Y ; Get byte of B operand 13. mul A,B ; Multiply A and B 14. ld A, Z+ ; Get a result byte from memory 15. ld B, Z+ ; Get the next result byte from memory 16. add rlo, A ; rlo