Computer Engineering Sem 4 Organization and Architecture00071625 Question Paper PDF 2026 - Mumbai University | munotes
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Questions asked in this paper
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Q2 Solve any THREE from Q.2 to Q.6
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Q3 Assume suitable data whenever necessary with justification
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Q1 Answer any four questions
- (a) Describe the memory hierarchy in the computer system 5
- (b) Give different instruction formats. 5
- (c) Explain principle of locality of reference in detail 5
- (d) Differentiate between Memory Mapped lO and 1O Mapped IO. 5
- (e) Explain Superscalar Architecture. 5
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Q2 (a) having 10 instructions (without Branch and is executed on non-pipeline and pipeline processors. All instructions are of same length and having 4 pipeline stages and time required to each stage is Insec 10 marks
- i. Calculate time execute the program on Non-pipeline and With a neat diagram , explain branch prediction in detail. [10]
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Q3 Explain page address translation with respect to virtual memory and further explain TLB in detail 10 marks
- (b) What is “Microprogram”? Write microprogram for following operations. 10
- i. M, Register and Memory location M are added and result store
- ii. MUL R1, R2 Register R1 and Register R2 are multiplied and result store at
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Q4 (a) Explain Bus Contention and different method to resolve it. 10 marks
- (b) Define instruction pipelining and its various hazards in detail. Paper Subject Code: 40503 Computer Organization and Architecture 10
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Q5 — Explain multi core processor architecture in detail
- (b) Explain Booth’s Multiplication algorithm and Perform (17)10 X 10
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Q6 Write short notes on any two 20 marks
- (d) Control unit of processor
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Computer Engineering Sem 4 Paper Path
Use this paper as one timed CMPN Sem 4 mock, then compare Operating System, Engineering Mathematics IV, DBMS, Microprocessors, and Analysis of Algorithm papers from nearby year sets.
Step: Open this Computer Engineering Sem 4 paper in the free viewer first.
Step: Compare the May 2024 and December 2022 year sets for repeated subjects.
Step: Use the full CMPN Sem 4 folder when you need more second-year engineering practice.
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