This booklet explores near-threshold computing (NTC), a design-space utilizing options to run electronic chips (processors) close to the bottom attainable voltage. Readers should be enabled with particular strategies to layout chips which are super powerful; tolerating variability and resilient opposed to errors. Variability-aware voltage and frequency allocation schemes can be provided that might offer functionality promises, whilst relocating towards near-threshold manycore chips.
· presents an creation to near-threshold computing, allowing reader with a number of instruments to stand the demanding situations of the power/utilization wall;
· Demonstrates the right way to layout effective voltage law, in order that each one sector of the chip can function on the best voltage and frequency point;
· Investigates how functionality promises may be ensured while relocating in the direction of NTC manycores via variability-aware voltage and frequency allocation schemes.
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