Q#1: Consider the instruction: add $2, $1, $3 What registers will be written and what registers will be read to execute this instruction? Registers to be written Registers to be read Q#2: Since we only support the add instruction, we don't care much for opcodes and funct codes and shamts. Therefore, suppose our programs are given to the processor as three inputs RD, RS, and RT. Each instruction executes within 1 clock period Translate the following program to the RW, RS, RT inputs (in binary). RD RS clock period 1 2 3 4 Program add $2, $1, $3 add $0, $0, $1 add $1, $2, $2 add $1, $1, $1 RT orror datapath (only ID, EX and WB stages) using the to be transferred in

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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Problem R1RQ: What is the difference between a host and an end system? List several different types of end...
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one Mil
Q#1: Consider the instruction:
add $2, $1, $3
What registers will be written and what registers will be read to execute this
instruction?
Registers to be written
Registers to be read
Q#2: Since we only support the add instruction, we don't care much for opcodes and
funct codes and shamts. Therefore, suppose our programs are given to the processor as
three inputs RD, RS, and RT. Each instruction executes within 1 clock periods
Translate the following program to the RW, RS, RT inputs (in binary).
clock period
RD
RS
1
2
3
4
RS
RT
Program
add $2, $1, $3
add $0, $0, $1
add $1, $2, $2
add $1, $1, $1
Q#3: Design the single-cycle cessor datapath (only ID, EX and WB stages) using the
mong different components.
following datapath components.rly s the number of bits to be transferred in
each data line and data bus connectio
RD
cik
Registers
RA
RB
RW
BusA
RegWrite
Bus8
Bus W
ALU
zero
ALU result
overflow
RT
ALUOP
Transcribed Image Text:one Mil Q#1: Consider the instruction: add $2, $1, $3 What registers will be written and what registers will be read to execute this instruction? Registers to be written Registers to be read Q#2: Since we only support the add instruction, we don't care much for opcodes and funct codes and shamts. Therefore, suppose our programs are given to the processor as three inputs RD, RS, and RT. Each instruction executes within 1 clock periods Translate the following program to the RW, RS, RT inputs (in binary). clock period RD RS 1 2 3 4 RS RT Program add $2, $1, $3 add $0, $0, $1 add $1, $2, $2 add $1, $1, $1 Q#3: Design the single-cycle cessor datapath (only ID, EX and WB stages) using the mong different components. following datapath components.rly s the number of bits to be transferred in each data line and data bus connectio RD cik Registers RA RB RW BusA RegWrite Bus8 Bus W ALU zero ALU result overflow RT ALUOP
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