Objective:
1. Solve real life problem using MIPS assembly language
2. Evaluate the performance of a program in QtSpim
3. Understand how computer organization affects the execution time of computer programs.
Requirements of the MIPS assembly program:
Write an MIPS assembly program named as "numberConverter_[studentID].s". The requirements for this program are listed below:
Step 1: The program allows user to input any number such as binary number with prefix "b", octal number with prefix "0" (noted that it is not "o"), decimal number without any prefix, hexadecimal with prefix "0x". Assume the input number is a unsigned 32-bit number.
Report:
Write a report named "report_[studentID].docx". The requirements for this report are listed below:
1. Assume now user inputs b10100. Explain how many instructions will be executed in "str2int" procedure.
2. If your program is run on a pipelined CPU with MIPS architecture, which kind of hazards will happen in your program? Indicate and explain them.
3. Explain which part of your code can be optimized to reduce the execution time of the program. Can you try to make the size of file, numberConverter_[studentID].s, not greater than 5 KB?
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Attachment:- MIPS assembly program.rar