Write a new program in MIPS Assembly language using your LFSR function from the first problem. Start from state 0x00000001, then run a loop counting all the possible states in the LFSR before it cycles back to 0x00000001. This is shown by the following pseudocode: count = 0; initial = state = 0x00000001; do { state = LFSR(state); count++; while (state != initial); print count; Verify that the number of states is (2^15) - 1 = 32767 . Your program should complete within 30 seconds. If it takes longer then you likely have entered an infinite loop.
Write a new program in MIPS Assembly language using your LFSR function from the first problem. Start from state 0x00000001, then run a loop counting all the possible states in the LFSR before it cycles back to 0x00000001. This is shown by the following pseudocode: count = 0; initial = state = 0x00000001; do { state = LFSR(state); count++; while (state != initial); print count; Verify that the number of states is (2^15) - 1 = 32767 . Your program should complete within 30 seconds. If it takes longer then you likely have entered an infinite loop.
Database System Concepts
7th Edition
ISBN:9780078022159
Author:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan
Publisher:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan
Chapter1: Introduction
Section: Chapter Questions
Problem 1PE
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Write a new
count = 0;
initial = state = 0x00000001;
do {
state = LFSR(state);
count++;
while (state != initial);
print count;
Verify that the number of states is (2^15) - 1 = 32767 . Your program should complete within 30 seconds. If it takes longer then you likely have entered an infinite loop.
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