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In Flynn’s classification of computers, the vector and array classes of machines belong to
  • a)
    Single instruction/single data category
  • b)
    Single instruction/multiple data category
  • c)
    Multiple instruction/single data category
  • d)
    Multiple instruction/multiple data category
Correct answer is option 'B'. Can you explain this answer?
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In Flynn’s classification of computers, the vector and array cla...
Explanation:

Vector and Array Machines
- Vector and array machines belong to the Single Instruction/Multiple Data (SIMD) category in Flynn's classification of computers.
- These machines are designed to perform the same operation on multiple data elements simultaneously.
- In vector machines, a single instruction operates on a vector of data elements in parallel.
- Array machines extend this concept by operating on multi-dimensional data arrays in parallel.

Single Instruction/Multiple Data Category
- In the SIMD category, a single instruction is executed on multiple data elements at the same time.
- This architecture improves performance for tasks that involve processing large amounts of data in parallel.
- Vector and array machines are well-suited for scientific computing, image processing, and other applications that benefit from parallelism.

Conclusion
- Therefore, vector and array machines are classified under the Single Instruction/Multiple Data category in Flynn's taxonomy of computers.
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In Flynn’s classification of computers, the vector and array cla...
Arrays use single intruction and multiple data category(SIMD)
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An instruction pipeline has five stages where each stage take 2 nanoseconds and all instruction use all five stages. Branch instructions are not overlapped. i.e., the instruction after the branch is not fetched till the branch instruction is completed. Under ideal conditions,a. Calculate the average instruction execution time assuming that 20% of all instructions executed are branch instruction. Ignore the fact that some branch instructions may be conditional.b. If a branch instruction is a conditional branch instruction, the branch need not be taken. If the branch is not taken, the following instructions can be overlapped. When 80% of all branch instructions are conditional branch instructions, and 50% of the conditional branch instructions are such that the branch is taken, calculate the average instruction execution time. Correct answer is 'Each stage is 2 ns.'. Can you explain this answer?

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In Flynn’s classification of computers, the vector and array classes of machines belong toa)Single instruction/single data categoryb)Single instruction/multiple data categoryc)Multiple instruction/single data categoryd)Multiple instruction/multiple data categoryCorrect answer is option 'B'. Can you explain this answer?
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