A stream is an array whose elements can be operated on in parallel, similar to SIMD computing. In stream programming, data is gathered from memory into a stream, operated on in the stream, and then scattered from the stream back into memory. Memory latency is thus minimized by accessing the data in chunks, similar in effect to caching. This might be useful in NUMA Processors.
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The definition of "Kernels" sounds very similar to the idea of functional programming. What's the difference between them?
A stream is an array whose elements can be operated on in parallel, similar to SIMD computing. In stream programming, data is gathered from memory into a stream, operated on in the stream, and then scattered from the stream back into memory. Memory latency is thus minimized by accessing the data in chunks, similar in effect to caching. This might be useful in NUMA Processors.
The definition of "Kernels" sounds very similar to the idea of functional programming. What's the difference between them?