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3. In this assignment, you will explore the fundamentals of a simple 2-bit von Neumann architecture, including its hardware components, instruction execution, and assembly programming. The architecture will support a limited instruction set, mem- ory for both instructions and data, and a control unit to manage execution. You will design a 2-bit von Neumann CPU that supports the following instructions: Q3-1: Describe the hardware components needed for this 2-bit von Neumann CPU and their interconnections. You may include a simple block diagram to illustrate the architecture. Q3-2: Instruction Execution For each instruction (LOAD, STORE, ADD, ADDi), explain: • Which hardware components in your design will be used and how they are interacting with each other • Control signals activated during execution 1 Opcode Mnemonic 00 LOAD 01 STORE 10 11 ADD ADDi Description Load the value from a memory address Store the value from the computing unit to a memory address Add the value from memory addresses Add the immediate value (constant) with a value at a memory address Table 1: Instruction Set for the 2-bit von Neumann CPU Q3-3: Writing a Simple Assembly Program Write an assembly program to compute: t=a+b t=t+1 where a and b are stored in memory at addresses 00 and 01, and the result t is stored at 10. Discuss how the program will be executed and how the hardware components will be utilized.

3. In this assignment, you will explore the fundamentals of a simple 2-bit von Neumann architecture, including its hardware components, instruction execution, and assembly programming. The architecture will support a limited instruction set, mem- ory for both instructions and data, and a control unit to manage execution. You will design a 2-bit von Neumann CPU that supports the following instructions: Q3-1: Describe the hardware components needed for this 2-bit von Neumann CPU and their interconnections. You may include a simple block diagram to illustrate the architecture. Q3-2: Instruction Execution For each instruction (LOAD, STORE, ADD, ADDi), explain: • Which hardware components in your design will be used and how they are interacting with each other • Control signals activated during execution 1 Opcode Mnemonic 00 LOAD 01 STORE 10 11 ADD ADDi Description Load the value from a memory address Store the value from the computing unit to a memory address Add the value from memory addresses Add the immediate value (constant) with a value at a memory address Table 1: Instruction Set for the 2-bit von Neumann CPU Q3-3: Writing a Simple Assembly Program Write an assembly program to compute: t=a+b t=t+1 where a and b are stored in memory at addresses 00 and 01, and the result t is stored at 10. Discuss how the program will be executed and how the hardware components will be utilized.

Computer Networking: A Top-Down Approach (7th Edition)
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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Computer Engineering: Computer Organization
Requesting that work be handwritten/drawn. Highly, *highly* advise AGAINST using AI.

3. In this assignment, you will explore the fundamentals of a simple 2-bit von Neumann architecture, including its hardware components, instruction execution, and assembly programming. The architecture will support a limited instruction set, mem- ory for both instructions and data, and a control unit to manage execution. You will design a 2-bit von Neumann CPU that supports the following instructions: Q3-1: Describe the hardware components needed for this 2-bit von Neumann CPU and their interconnections. You may include a simple block diagram to illustrate the architecture. Q3-2: Instruction Execution For each instruction (LOAD, STORE, ADD, ADDi), explain: • Which hardware components in your design will be used and how they are interacting with each other • Control signals activated during execution 1 Opcode Mnemonic 00 LOAD 01 STORE 10 11 ADD ADDi Description Load the value from a memory address Store the value from the computing unit to a memory address Add the value from memory addresses Add the immediate value (constant) with a value at a memory address Table 1: Instruction Set for the 2-bit von Neumann CPU Q3-3: Writing a Simple Assembly Program Write an assembly program to compute: t=a+b t=t+1 where a and b are stored in memory at addresses 00 and 01, and the result t is stored at 10. Discuss how the program will be executed and how the hardware components will be utilized.
Transcribed Image Text:3. In this assignment, you will explore the fundamentals of a simple 2-bit von Neumann architecture, including its hardware components, instruction execution, and assembly programming. The architecture will support a limited instruction set, mem- ory for both instructions and data, and a control unit to manage execution. You will design a 2-bit von Neumann CPU that supports the following instructions: Q3-1: Describe the hardware components needed for this 2-bit von Neumann CPU and their interconnections. You may include a simple block diagram to illustrate the architecture. Q3-2: Instruction Execution For each instruction (LOAD, STORE, ADD, ADDi), explain: • Which hardware components in your design will be used and how they are interacting with each other • Control signals activated during execution 1 Opcode Mnemonic 00 LOAD 01 STORE 10 11 ADD ADDi Description Load the value from a memory address Store the value from the computing unit to a memory address Add the value from memory addresses Add the immediate value (constant) with a value at a memory address Table 1: Instruction Set for the 2-bit von Neumann CPU Q3-3: Writing a Simple Assembly Program Write an assembly program to compute: t=a+b t=t+1 where a and b are stored in memory at addresses 00 and 01, and the result t is stored at 10. Discuss how the program will be executed and how the hardware components will be utilized.
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