HUM-enhanced hybrid version of UVM with intelligent Fault injection and python based system predictors mechanisms

Abstract

Embedded SoC System verification have become chief challenge in recent years due to increase in complex architectures and software’s. Even though SoC caters the needs for implementing the complex architectures, verification still remains crucial in terms of the accuracy, time computation and most importantly complex methodologies. Several methodologies were proposed, one such is Universal Verification Methodology (UVM), which occupies the major role in the SoC verification, UVM needs brighter light of research for the better improvisation in terms of the testing features and time of computation. Hence HUM (Hybrid Universal Methodology) was proposed with idea of extending the UVM by integrating the Fault Injection Systems along with Intelligent Predictors. The proposed tool has been tested with the IoTWireless Transceivers algorithms. The algorithms are targeted for the ARM architectures and results proved to be more vital.