CS-603 · Compiler Design/Unsolved PYQ Paper
CS-603 Compiler Design - May 2024 Question Paper
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7 MarksaDescribe the four categories in Flynn's classification of computer architecture. Give a brief description of every category?
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7 MarksbDifferentiate between fine-grained and coarse-grained parallelism. Discuss the types of latency present in computer architecture?
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7 MarksaCompare and contrast different static interconnection network topologies in computer architecture such as mesh, tree and hypercube with neat diagrams?
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7 MarksbDefine memory hierarchy in computer architecture. List the different levels of memory hierarchy and describe their characteristics?
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7 MarksaDefine interleaved memory organization and memory interleaving. Describe how memory interleaving improves memory access performance in computer systems?
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7 MarksbDescribe the basic architecture of a backplane bus system. How does it facilitate communication between different modules and components within a computer system?
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7 MarksaCompare and contrast a nonlinear pipeline processor with a linear pipeline processor in terms of their ability to exploit instruction-level parallelism.
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7 MarksbWhat is Dynamic Instruction Scheduling, particularly in the context of "score boarding"?
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7 MarksaDesign a simple arithmetic pipeline with different stages. Provide a brief overview of each stage's function?
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7 MarksbList and briefly describe the main types of message routing schemes used in multicomputer networks.
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7 MarksaDefine vector supercomputer architecture. What distinguishes it from other types of supercomputer architectures?
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7 MarksbExplain how data is shared among processing elements in a shared memory SIMD system? What mechanisms are used to ensure data consistency?
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7 MarksaWhat is the shared-variable model in parallel programming? Describe its basic characteristics?
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7 MarksbList and briefly explain fundamental concepts related to parallel programming environments, such as parallel compilers and debugging tools?
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14 MarksWrite short notes on any two : i) Hardware Parallelism ii) Coherence and Locality iii) Snoopy protocols iv) Data-Parallel Model
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