Questions
Integrated Computer Systems (082025-NRL)
Single choice
In the Harvard Architecture, which of the following is separate?
Options
A.a. CPU and Input/Output unit
B.b. Address and Data Buses
C.c. Memory for data and instructions
D.d. ALU and Control Unit
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Verified Answer
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Step-by-Step Analysis
To begin, I will restate the question and list all provided options to ensure clarity about what is being evaluated.
Question: In the Harvard Architecture, which of the following is separate?
Options:
- a. CPU and Input/Output unit
- b. Address and Data Buses
- c. Memory for data and instructions
- d. ALU and Control Unit
Now, let's analyze each option individually.
Option a: CPU and Input/Output unit. In many computer architectures......Login to view full explanationLog in for full answers
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Which of the following statements is true about Von Neumann Architecture?
Which of the following statements best describes CISC architecture?
Question textCompare the two architectures (Von Neumann and Harvard) by selecting the correct characteristics for each aspect. (8 marks) 1. Memory Organization In the Von Neumann architecture, data and instructions are stored in a: Answer 1 Question 34[select: , Single shared memory for both data and instructions, Separate memory for data only, Separate memory for instructions only, Independent caches] In the Harvard architecture, data and instructions are stored in: Answer 2 Question 34[select: , Separate memories for data and instructions, One shared memory, Virtual memory only, Secondary storage] 2. Bus ConfigurationVon Neumann architecture uses: Answer 3 Question 34[select: , A single bus for both data and instructions (bottleneck), Two independent buses, A wireless bus, A segmented bus system] Harvard architecture uses: Answer 4 Question 34[select: , Separate instruction and data buses, One shared bus, An external bus only, A cached instruction bus only] 3. Instruction/Data FlowInstruction and data in Von Neumann architecture travel through: Answer 5 Question 34[select: , The same pathway, Separate pipelines, Dedicated execution buffers, Read-only bus] Instruction and data in Harvard architecture travel through: Answer 6 Question 34[select: , Independent pathways, Shared execution lanes, Cache-only paths, Virtual routing] 4. Execution Efficiency Von Neumann architecture is generally: Answer 7 Question 34[select: , Slower due to the bottleneck, Faster due to dual buses, More efficient in parallel tasks, Only used in GPUs] Harvard architecture is generally: Answer 8 Question 34[select: , Faster due to parallel access, Slower due to single bus, Less efficient with branching, Dependent on virtual memory]
A characteristic of RISC architecture is:
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