a. What will be the number of chips that shouldkeused to design this module? Show your calculation steps. b. What will be the last address number in this new module? c. Draw the diagram of the desired module and show the address number of each row. s II. Based on what you have learned in chapter 3 about the combinational circuits and in chapter 4 about the MARIE ISA, connect the below diagram components in the proper way such that each of the given five instructions below will be enabled according to the applied values at the opcode bits (The address part is not involved in this diagram). For example, if the input bits are 0000 then JNS gate sbould be enabled N.B: Only one gate sbouldke.enabled at a time, based on the applied input. Opcode Operand D- D- Load Add Input Skipcond Jumpl

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
I. Suppose that we have a memory chip as shown below and we want to create a
32x16 module:
4 bits
a. What will be the number of chips that şsbould.keused to design this
module? Show your calculation steps.
b. What will be the last address number in this new module?
c. Draw the diagram of the desired module and show the address number of
each row. s
II. Based on what you have learned in chapter 3 about the combinational circuits
and in chapter 4 about the MARIE ISA, connect the below diagram components
in the proper way such that each of the given five instructions below will be
enabled according to the applied values at the opcode bits (The address part is
not involved in this diagram).
For example, if the input bits are 0000 then JNS gate shouldkeenabled
N.B: Only one gate sbouldbe.enabled at a time, based on the applied input.
Opcode
Operand
Load
Add
Input
Skipcond
Jumpl
Transcribed Image Text:I. Suppose that we have a memory chip as shown below and we want to create a 32x16 module: 4 bits a. What will be the number of chips that şsbould.keused to design this module? Show your calculation steps. b. What will be the last address number in this new module? c. Draw the diagram of the desired module and show the address number of each row. s II. Based on what you have learned in chapter 3 about the combinational circuits and in chapter 4 about the MARIE ISA, connect the below diagram components in the proper way such that each of the given five instructions below will be enabled according to the applied values at the opcode bits (The address part is not involved in this diagram). For example, if the input bits are 0000 then JNS gate shouldkeenabled N.B: Only one gate sbouldbe.enabled at a time, based on the applied input. Opcode Operand Load Add Input Skipcond Jumpl
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