original: description in a multiprocessor system executing a single set of instructions -lrb- simd -rrb- , data parallelism is achieved when each processor performs the same task on different pieces of distributed data .
simplifications: description for the execution of a single set of instructions -lrb- simd -rrb- in a multiprocessor system says , that data parallelism is achieved , when each processor performs the same task on different parts of distributed data . in a multiprocessor system performing a single set of instructions , data parallelism is achieved when each processor can do the same task on two pieces . description in a multiprocessor system executing a single set of instructions -lrb- simd -rrb- , parallelization of data is brought about when each processor do the same task on different pieces of distributed data . in a multiprocessor system executing a single set of instructions -lrb- simd -rrb- , data parallelism is achieved when each processor performs the same task on different pieces of distributed data . when each processor performs the same task on different pieces of distributed data , data parallelism is achieved in a multiprocessor system executing a single set of instructions in a multiprocessor system executing a single set of instructions -lrb- simd -rrb- , data parallelism is achieved when each processor performs the same task on different pieces of distributed data . description in a multiprocessor system executing a single set of instructions -lrb- simd -rrb- , data parallelism is completed / reached when each processor performs the same job on different pieces of distributed data . in a multiprocessor system executing a single set of instructions , data parallelism is achieved when each processor performs the same task on different pieces of distributed data .