Advance Computer Architecture u1, Summaries of Advanced Computer Architecture

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Typology: Summaries

2018/2019

Uploaded on 11/27/2019

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An Autonomous Instute
NEAR ITPB, CHANNASANDRA, BENGALURU – 560 067
Aliated to VTU,Belagavi
Approved by AICTE, New Delhi
Recognized by UGC under 2(f) & 12(B)
Accredited by NBA & NAAC
DEPARTMENT OF COMPUTER SCIENCE AND ENGINEERING
Question Bank for Internal Assessment I
Odd Semester (2019-2020)
Sem VII Subject
Code
15CS72 Subject
Name
ADVANCED
COMPUTER
ARCHITECTURES
Duration 1Hr 30
Mins
Date Max.marks 30
Each Full Question below carries 15 Marks
CO Code Course Outcomes
402.2 Compare and contrast the parallel architectures
402.5 Measure performance parameters
Revised Bloom’s Taxonomy Levels: L1 – Remembering, L2 – Understanding, L3 – Applying,
L4 –Analyzing, L5 – Evaluating, and L6 - Creating
Q. No. MODULE - 2 MARKS CO Code Learning
Level
1 a List the characteristics of CISC and RISC architectures 7402.2 L1
1 b Illustrate Intel i860 processor architecture 8402.2 L2
2 a Explain the virtual memory models for multiprocessor system 9402.2 L2
2 b Compare Vector processor with symbolic processor 6402.2 L2
3 a Explain Superscalar Processors 8402.2 L2
3 b List the different hardware Technologies in Computer Architecture 7402.2 L1
4 a Explain the Representative of RISC scalar processor 9402.2 L2
4 b Illustrate the pipelining of superscalar processors 6402.2 L2
5 a Explain inclusion, coherence and locality properties 9402.2 L2
5 b Illustrate the pipelining in VLIW Processors 6402.2 L2
6 a Illustrate memory hierarchy technology 9402.2 L2
6 b Illustrate the pipelining in Vector Processors 6402.2 L2
Q. No. MODULE - 5 MARKS CO Code Learning
Level
1 a Explain the Languages and Compilers for parallel programming 8402.5 L2
bExplain types of dependencies in a Program 7402.5 L2
2 a Explain Parallel Program Development and Environment in Computer
Architecture
7402.5 L2
b Explain a) Reorder Buffer b)Register Renaming 8402.5 L2
3 a Explain Instruction and System Level Parallelism 7402.5 L2
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An Autonomous Ins�tute NEAR ITPB, CHANNASANDRA, BENGALURU – 560 067 Affiliated to VTU,Belagavi Approved by AICTE, New Delhi Recognized by UGC under 2(f) & 12(B) Accredited by NBA & NAAC DEPARTMENT OF COMPUTER SCIENCE AND ENGINEERING Question Bank for Internal Assessment I Odd Semester (2019-2020) Sem VII Subject Code

15CS72 Subject Name

ADVANCED

COMPUTER

ARCHITECTURES

Duration 1Hr 30 Mins Date Max.marks 30 Each Full Question below carries 15 Marks CO Code Course Outcomes 402.2 (^) Compare and contrast the parallel architectures 402.5 (^) Measure performance parameters

Revised Bloom’s Taxonomy Levels: L1 – Remembering, L2 – Understanding, L3 – Applying, L4 –Analyzing, L5 – Evaluating, and L6 - Creating

Q. No. MODULE - 2 MARKS CO Code Learnin Level 1 a List the characteristics of CISC and RISC architectures 7 402.2 L 1 b Illustrate Intel i860 processor architecture 8 402.2 L 2 a Explain the virtual memory models for multiprocessor system 9 402.2 L 2 b Compare Vector processor with symbolic processor 6 402.2 L 3 a Explain Superscalar Processors^8 402.2 L 3 b List the different hardware Technologies in Computer Architecture 7 402.2 L 4 a Explain the Representative of RISC scalar processor 9 402.2 L 4 b Illustrate the pipelining of superscalar processors^6 402.2 L 5 a Explain inclusion, coherence and locality properties 9 402.2 L 5 b Illustrate the pipelining in VLIW Processors 6 402.2 L 6 a Illustrate memory hierarchy technology 9 402.2 L 6 b Illustrate the pipelining in Vector Processors 6 402.2 L

Q. No. MODULE - 5 MARKS CO Code Learnin Level 1 a Explain the Languages and Compilers for parallel programming 8 402.5 L b Explain types of dependencies in a Program 7 402.5 L 2 a Explain Parallel Program Development and Environment in Computer Architecture

7 402.5 L

b Explain a) Reorder Buffer b)Register Renaming 8 402.5 L 3 a Explain Instruction and System Level Parallelism 7 402.5 L

b Explain the processor design with Reorder Buffer 8 402.5 L 4 a Explain Tomasulo’s Algorithm 8 402.5 L b List the advantages and disadvantages of Instruction level Parallelism 7 402.5 L 5 a How to Exploit Instruction Level Parallelism and Thread Level Parallelism

7 402.5 L

b Explain Processor Design with reservation Stations on Functional Units 8 402.5 L 6 a What are the major hurdles in pipelining? Illustrate the branch hazards. 8 402.5 L b Summarize Basic Design Issues in Computer Architecture 7 402.5 L

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