1. Declare in data memory an array A of three arbitrary positive integer.2. In the text segment, enterlw $t0, Alw $t1, A+4lw $t2, A+8and save the program and execute the program one instruction at a time.When the 3rd instruction is executed, take a screenshot and highlight the memory area of array A andregisters with the three values copies over from the array A.3. In the text segment, add the following four instructions:la$a0, Alw$t5, ($a0)w$t4, 4($a0)$t3, 8($a0)Save the program, and execute the program from the beginning one instruction at a time.When the last instruction is executed, take a screenshot and highlight registers $a0, $to-$t5.What to submit in BB:• A MS Word or a pdf file which includes• A brief summary ofo the role of register $s0 $a0 in part 3, ando how w instructions produce the effective memory address.• Two screenshots

1. Declare in data memory an array A of three arbitrary positive integer. 2. In the text segment, enter lw Sto, A Iw $t1, A+4 Iw $t2, A+8 and save the program and execute the program one instruction at a time. When the 3rd instruction is executed, take a screenshot and highlight the memory area of array A and registers with the three values copies over from the array A. 3. In the text segment, add the following four instructions: la $a0, A $t5, ($a0) lw. lw $t4, 4($a0) $t3, 8($a0) Save the program, and execute the program from the beginning one instruction at a time. When the last instruction is executed, take a screenshot and highlight registers $a0, $t0-$t5. What to submit in BB: • A MS Word or a pdf file which includes • A brief summary of o the role of register $60 $a0 in part 3, and o how 'w' instructions produce the effective memory address. Two screenshots

1. Declare in data memory an array A of three arbitrary positive integer. 2. In the text segment, enter lw Sto, A Iw $t1, A+4 Iw $t2, A+8 and save the program and execute the program one instruction at a time. When the 3rd instruction is executed, take a screenshot and highlight the memory area of array A and registers with the three values copies over from the array A. 3. In the text segment, add the following four instructions: la $a0, A $t5, ($a0) lw. lw $t4, 4($a0) $t3, 8($a0) Save the program, and execute the program from the beginning one instruction at a time. When the last instruction is executed, take a screenshot and highlight registers $a0, $t0-$t5. What to submit in BB: • A MS Word or a pdf file which includes • A brief summary of o the role of register $60 $a0 in part 3, and o how 'w' instructions produce the effective memory address. Two screenshots

Computer Networking: A Top-Down Approach (7th Edition)

7th Edition

ISBN:9780133594140

Author:James Kurose, Keith Ross

Publisher:James Kurose, Keith Ross

Chapter1: Computer Networks And The Internet

Section: Chapter Questions

Problem R1RQ: What is the difference between a host and an end system? List several different types of end...

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