MIMD (Multiple Instruction Multiple Data) is a method used to achieve parallelism. Machines that use MIMD have several processors that operate asynchronously and independently. At any time, any processor can execute different instructions on different data. The use of MIMD architecture is in a wide range of applications such as assisted design, simulation, modeling, and switches.
[MIMD] computers can be categorized by having shared or distributed memory. A classification that is based on how the MIMD processor accesses memory. The shared memory of the machines can be based on buses, extensions, or hierarchical types. Machines with distributed memory can have interconnection schemes in hypercube or mesh.
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The individual sub- computers can optimize in terms of their computer architecture and implement as Single Instruction Single Data (SISD), Single Instruction Multiple Data (SIMD), or as [MIMD] architecture. In the [MIMD] architecture, each processor receives its commands and has its memory for storage.
The non-uniform memory access (NUMA), depending on the memory access models, in which the access time depends on the memory address. And also the No Remote Memory Access (NORMA), which works with a programmatically distributed memory.
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