Parallel AI Processing
A computer with parallel cores can process multiple AI prompts simultaneously.
It could process multiple AI branches simultaneously.
It enables devices to contain their own core processor.
Currently parallel cores are prevented by coherence. Cores have to talk.
This design was introduced before 1965.
The new Coherence-Free Processor permits cores with no coherence.
They can share a multitasking queue without talking.
The new design allows unlimited cores to run simultaneously while sharing data.
Conversely, uniprocessors are concurrent because they must share one core through multitasking.
Current multiprocessors have binomial overhead and are typically limited to four cores.
Parallel cores reduce time waiting in a multitasking queue, reduce swapping, permit simultaneous execution, allow multiple dedicated database managers that run without locks, and permit additional cores to be connected solely to the main memory bus.
The Journal of Computer Science and Technology March 2024 article CFP: A Coherence-Free Processor Design explains reducing coherence in two steps, and the second step is 100%.
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