Q3. Using the three-bus organization, assume the following: Having 4 general purpose registers. 4 special purpose registers. 6 ALU operations: Add, Subtract, Multiply, AND, OR, and Shift 1. Design the microinstruction format if using a horizontal approach. Explanations Purpose Number of bits ALU Source1 Source 2 Destination Total 2. Show the active control bits when having Instruction: Subtract R1, RZ ALU Source1 Source2 Destination 3. Design the microinstruction format if using a Vertical approach Purpose Number of bits Explanations ALU Source1 Source 2 Destination Total

Computer Networking: A Top-Down Approach (7th Edition)
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ISBN:9780133594140
Author:James Kurose, Keith Ross
Publisher:James Kurose, Keith Ross
Chapter1: Computer Networks And The Internet
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Q3. Using the three-bus organization, assume the following:
• Having 4 general purpose registers.
4 special purpose registers.
6 ALU operations: Add, Subtract, Multiply, AND, OR, and Shift
1. Design the microinstruction format if using a horizontal approach.
Number of bits
Purpose
Explanations
ALU
Source1
Source 2
Destination
Total
2. Show the active control bits when having Instruction:
Subtract
R1, R2, R3
ALU
Source1
Source2
Destination
3. Design the microinstruction format if using a Vertical approach
Number of bits
Purpose
Explanations
ALU
Source1
Source 2
Destination
Total
4. Show the active control bits when having Instruction:
Add R0, R7, R5
ALU
Source1
Source2
Destination
Transcribed Image Text:Q3. Using the three-bus organization, assume the following: • Having 4 general purpose registers. 4 special purpose registers. 6 ALU operations: Add, Subtract, Multiply, AND, OR, and Shift 1. Design the microinstruction format if using a horizontal approach. Number of bits Purpose Explanations ALU Source1 Source 2 Destination Total 2. Show the active control bits when having Instruction: Subtract R1, R2, R3 ALU Source1 Source2 Destination 3. Design the microinstruction format if using a Vertical approach Number of bits Purpose Explanations ALU Source1 Source 2 Destination Total 4. Show the active control bits when having Instruction: Add R0, R7, R5 ALU Source1 Source2 Destination
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