When two processes are requesting service at the same time, the processor performs the jobs for the one with the higher priority.

Each peripheral processor can add, subtract, and perform logical operations.

The final result may contain some error as each processor performs rounding-off on the local results.

If the processor performs well at this speed, it is tried at 100MHz.

Each op code designates a different operation that the processor can perform.

In normal operation the processor performs each command in address order.

This processor perform all the task related to that specific blocks.

In this type of decomposition each processor performs only one or some exchange function.

Based on these instructions, the processors perform mathematical operations on data pulled from computer memory.

Determine how many 64 bit (or better) floating point operations every processor in the system can perform per clock cycle (best case).