[5.2] Consider the multiplication hardware below Multiplicand 64-bit ALU Product 64 bits 64 bits Write 32-bit ALU Shift left a. Both Multiplier and Multiplicand are unsigned integers representations. Find the six-bit binary representation of a Multiplicand which is 22ten and a Multiplier which is 4ten. Multiplicand 32 bits b. Write the step-by-step Multiplication operation in a table with the header: Step, Multiplier, Multiplicand, Product, Operation. Show the contents of each register at each step. c. Rewrite the solution in (b) by using the refine multiplication hardware shown below. Product 64 bits Control test Multiplier Shift right 32 bits Shift right Write d. Convert the result back to base 10 to verify your result. Control test

Computer Networking: A Top-Down Approach (7th Edition)
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[5.2] Consider the multiplication hardware below
Multiplicand
64-bit ALU
Product
64 bits
64 bits
Write
32-bit ALU
Shift left
a. Both Multiplier and Multiplicand are unsigned integers representations. Find the six-bit
binary representation of a Multiplicand which is 22ten and a Multiplier which is 4ten.
Multiplicand
b. Write the step-by-step Multiplication operation in a table with the header: Step, Multiplier,
Multiplicand, Product, Operation. Show the contents of each register at each step.
Rewrite the solution in (b) by using the refine multiplication hardware shown below.
32 bits
Product
64 bits
Control test
Multiplier
Shift right
32 bits
Shift right
Write
d. Convert the result back to base 10 to verify your result.
Control
test
Transcribed Image Text:[5.2] Consider the multiplication hardware below Multiplicand 64-bit ALU Product 64 bits 64 bits Write 32-bit ALU Shift left a. Both Multiplier and Multiplicand are unsigned integers representations. Find the six-bit binary representation of a Multiplicand which is 22ten and a Multiplier which is 4ten. Multiplicand b. Write the step-by-step Multiplication operation in a table with the header: Step, Multiplier, Multiplicand, Product, Operation. Show the contents of each register at each step. Rewrite the solution in (b) by using the refine multiplication hardware shown below. 32 bits Product 64 bits Control test Multiplier Shift right 32 bits Shift right Write d. Convert the result back to base 10 to verify your result. Control test
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