Flynns taxonomy Last modified: Wednesday, March 01, 2006
First proposed by Michael J. Flynn in 1966, Flynn's taxonomy is a specific classification of parallel computer architectures that are based on the number of concurrent instruction (single or multiple) and data streams  (single or multiple) available in the architecture. The four categories in Flynn's taxonomy are the following: (SISD) single instruction, single data (MISD) multiple instruction, single data (SIMD) single instruction, multiple data (MIMD) multiple instruction, multiple data
•E-mail this definition to a colleague• For internet.com pages about Flynns taxonomy . Also check out the following links! Michael J. Flynn  Michael Flynn received his Ph.D. from Purdue University in 1961. He joined IBM in 1955 and for 10 years worked in the areas of computer organization and design. He was design manager of prototype versions of the IBM 7090 and 7094/II, and later for the System 360 Model 91 Central Processing Unit. Internal Processor Architecture and Operation Describes processor instruction sets and modes, internal architectural components, the instruction execution process, and performance enhancing architecture features. This page is from "The PC Guide." Introduction to Parallel Computing This presentation covers the basics of parallel computing. Beginning with a brief overview and some concepts and terminology associated with parallel computing, the topics of parallel memory architectures and programming models are then explored. Tommesani Programming Methods A widely used classification of parallel systems, due to Michael J. Flynn, is based on the number of simultaneous instruction and data streams seen by the processor during program execution.	Microprocessors Operators and Operations architecture array processor command computer computer science instruction instruction cycle instruction set MIMD MISD parallel computing parallel processing SIMD SISD Give Us Your Feedback Shopping taxonomy Products Compare Products,Prices and Stores Shop by Category: Books 30 Model Matches