It must be an artifact of being an engineer, but I tend to think of activities in terms of algorithms, flowcharts, and processing architectures. So, when I volunteered to serve in my local drive-thru ...

See multicore, multithreading, GPGPU, pipeline processing and vector processor. (2) Using multiple computers. See parallel computing. Advertisement. THIS DEFINITION IS FOR PERSONAL USE ONLY.

These architectures incorporate a variety of design strategies, including parallel processing, pipelining and hardware-specific customisation, to meet the ever-increasing demand for higher ...

an increased number of pipeline stages to reach higher clock speeds; an increased number of processing units and more complex sets of parallel instructions to increase the number of operations that ...

Decoupled SoftWare Pipelining (DSWP) is a program partitioning method enabling compilers to extract pipeline parallelism from sequential programs. Parallel Stage DSWP (PS-DSWP) is an extension ...

Image sensors with programmable, highly parallel signal processing, so called Vision-Systems-on-Chip, perform computationally intensive tasks directly on the sensor itself. Therefore it is possible to ...

For parallel processing to work central control must be light. This is almost never the case in a proprietary company, which has to serve a schedule, grow earnings on a regular basis, and manage ...

Apple’s recently announced M3 and A17 Pro chips feature several significant improvements to parallel processing, which results in major performance gains for apps and games that utilize the ...

Flow Computing is making a tough to believe claim: it says it can 100x the performance of any CPU by shifting work to a special parallel processing unit (PPU) inside or outside the chip.

For instance, a recent study proposed a hardware architecture that employs hybrid pipelining and parallel processing techniques, allowing it to support 8K ultra-high-definition video at an ...