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Dynamic Trade-off among Fault Tolerance, Energy Consumption, and Performance on a Multiple-Issue VLIW Processor
2018
IEEE Transactions on Multi-Scale Computing Systems
In the design of modern-day processors, energy consumption and fault tolerance have gained significant importance next to performance. This is caused by battery constraints, thermal design limits, and higher susceptibility to errors as transistor feature sizes are decreasing. However, achieving the ideal balance among them is challenging due to their conflicting nature (e.g., fault-tolerance techniques usually influence execution time or increase energy consumption), and that is why current
doi:10.1109/tmscs.2017.2760299
fatcat:rdfosxr3engn7pgg3cpnp57i6q