Computer system for performance-dependent verification control of real-time capable computing accelerators

Abstract

Computer system for performance-dependent verification control of real-time capable computing accelerators, comprising a performance telemetry acquisition unit, an accelerator verification state object generation unit, a performance state-dependent verification obligation unit, a real-time leeway-dependent verification planning unit, a workload-dependent test vector conversion unit, a cycle-oriented shadow verification unit, a cause isolation unit for performance deviations, a shielded accelerator load validation environment, a verification feedback storage unit, an explainable verification control card unit, and an output interface, characterized in that the accelerator verification state object generation unit creates dynamic accelerator verification state objects from operating and power signals of at least one real-time capable computing accelerator.wherein each accelerator verification state object contains at least one accelerator detection, one workload class, one time limit, one latency distribution value, one throughput stability value, one memory access conflict value, one pipeline utilization value, one thermal power drift value, one power supply fluctuation value, one functional deviation indicator, one verification coverage state, one real-time margin value, one fault sensitivity value, one reset availability value, and one verification urgency value.