original: Description In a multiprocessor system executing a single set of instructions (SIMD), data parallelism is achieved when each processor performs the same task on different pieces of distributed data.
simplifications: A multi process system that carries out one set of instructions. Data parallelism is when each processor does the same thing on different data. Description In a multiprocessor system using a single set of instructions (SIMD), data parallelism is made when each processor performs the same task on different pieces of distributed data. Data parallelism is achieved when each processor performs the same task on different pieces of distributed data. Description: In a multiprocessor system with one set of instructions (SIMD), data parallelism occurs when each processor performs the same task on different pieces of distributed data In a system with multiple processors that are carrying out a single set of instructions, the processors can achieve what is known as data parallelism when each processor performs the same task on different pieces of data. Data parallelism is met when each processor performs the same task on different data. When a multiprocessor system executes a single set of instructions (SIMD), data parallelism occurs when each processor performs the same task on different pieces of distributed data. In multiprocessor system, data parallelism happens when each processor does the same task on different pieces of data. Data parallelism occurs in a SIMD when each processor does the task on pieces of distributed data. Description Data parallelism is achieved in a multiprocessor system running a single set of instructions (SIMD) when each processor performs the same task on different parts of the distributed data.