If we want to connect 16 processor at source to 16 shared memory modules at destination...

  

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If we want to connect 16 processor at source to 16 shared memory modules at destination (which is the shared memory multi-processor architecture). "you have n switches with 1/1 (input/output) and n switches with 2/2 (input/output). After drawing both two networks answer the following questions: 1. Find the number of crosspoints in each network? 2. Find the number of stages in banyan switch Network? 3. Find the number of switches at each stage in banyan switch Network? 4. What is the path if processor 9 access memory module 12 in each network? 5. Which one of the two networks produces best performance and less collision? 6. Which one of the two networks need more cost? If we want to connect 16 processor at source to 16 shared memory modules at destination (which is the shared memory multi-processor architecture). "you have n switches with 1/1 (input/output) and n switches with 2/2 (input/output). After drawing both two networks answer the following questions: 1. Find the number of crosspoints in each network? 2. Find the number of stages in banyan switch Network? 3. Find the number of switches at each stage in banyan switch Network? 4. What is the path if processor 9 access memory module 12 in each network? 5. Which one of the two networks produces best performance and less collision? 6. Which one of the two networks need more cost?