computer architecture

2. a. "Simplicity Favors Regularity" discuss this principle according to MIPS [5] instruction set Architecture. b. For the following high-level statement write the MIPS machine Code. [15] i) A[15]=C+A[20]; ii) X=Y+ZI; a. Briefly explain all type of instruction format in MIPS. b. According to MIPS instruction set architecture convert the following high-level statement into MIPS machine code. [Hints: fig 1] A[30]=x+B[12]Y: Fig1: C program compiled into assembly language and then assembled into binary machine language. a. Solve the following using Booth's logic. 5(3) using 4 bits multiplier. b. Draw the flowchart of booth's logics according to 3a