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Question 6 Context: Envision enhancing the MIPS architecture by enlarging its register file to 128 registers and augmenting its instruction set to include four times as many instructions. Question: How could these enhancements both decrease and increase the size of a MIPS assembly program? ncements could neutralize each other, leaving the program size unaffected. The program size could increase due to more complex instruction encoding but decrease due to more efficient instruction usage. The size could diminish because more registers lead to fewer memory accesses, yet expand due to the broader instruction set requiring more bits per instruction. The program size could decrease through more efficient computation and reduced instruction count, but increase because of enlarged bit fields for registers.

Question 6 Context: Envision enhancing the MIPS architecture by enlarging its register file to 128 registers and augmenting its instruction set to include four times as many instructions. Question: How could these enhancements both decrease and increase the size of a MIPS assembly program? ncements could neutralize each other, leaving the program size unaffected. The program size could increase due to more complex instruction encoding but decrease due to more efficient instruction usage. The size could diminish because more registers lead to fewer memory accesses, yet expand due to the broader instruction set requiring more bits per instruction. The program size could decrease through more efficient computation and reduced instruction count, but increase because of enlarged bit fields for registers.

Computer Networking: A Top-Down Approach (7th Edition)
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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Question 6 Context: Envision enhancing the MIPS architecture by enlarging its register file to 128 registers and augmenting its instruction set to include four times as many instructions. Question: How could these enhancements both decrease and increase the size of a MIPS assembly program? ncements could neutralize each other, leaving the program size unaffected. The program size could increase due to more complex instruction encoding but decrease due to more efficient instruction usage. The size could diminish because more registers lead to fewer memory accesses, yet expand due to the broader instruction set requiring more bits per instruction. The program size could decrease through more efficient computation and reduced instruction count, but increase because of enlarged bit fields for registers.
Transcribed Image Text:Question 6 Context: Envision enhancing the MIPS architecture by enlarging its register file to 128 registers and augmenting its instruction set to include four times as many instructions. Question: How could these enhancements both decrease and increase the size of a MIPS assembly program? ncements could neutralize each other, leaving the program size unaffected. The program size could increase due to more complex instruction encoding but decrease due to more efficient instruction usage. The size could diminish because more registers lead to fewer memory accesses, yet expand due to the broader instruction set requiring more bits per instruction. The program size could decrease through more efficient computation and reduced instruction count, but increase because of enlarged bit fields for registers.
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