Please login to view the entire Verification Horizons article.
Please register or login to view.
In high-reliability and safety-critical applications, RT and gate-level fault-injection simulations are often performed in order to ensure a certain level of fault detection coverage which is necessary to ensure compliance with standards such as ISO 26262. There are many techniques available for accelerating the simulations including emulation platforms, however, in most cases, classifying the failing scenarios remains a manual task and is often the limiting factor in the number of fault injections that can be performed.
In this article, we show how the components of a UVM functional verification environment can easily be extended to record additional information about the types of errors that have occurred. This additional information can
...
