Sentence examples for verification hardware from inspiring English sources

The ESL design flow may be divided into six steps that parallel the abstraction refinement composed of specification and modelling, pre-partitioning analysis, partitioning, post-partitioning analysis and debug, post-partitioning verification, hardware implementation, software implementation, and implementation verification.

For design verification of hardware systems, hardware description languages (HDL) provide modeling capabilities, but they are inadequate for concise specification of complex assertions where logic relationships involve multi cycle behavior.

This chapter discusses the relationship between co-verification and the hardware verification environment.

One such application area is the formal verification of hardware and software systems.

The three components are: verification platform, hardware verification tools and techniques, and software debugging tools and techniques.

Various stages involved in the development of the system are principle demonstration, experimental verification of hardware capabilities and prototype system testing.

For instance, the verification of hardware design in terms of single-point fault metric in the context of ISO26262 in the automotive domain sets the coverage threshold at 99% for the highest Automotive Safety Integrity Level (ASIL D) [2] in clause 8.4.5.

It should then come as no surprise that algorithms that tend to do well on some SAT instances do not perform so well on others, and efforts are being spent in designing hybrid algorithmic solutions that combine the strength of complementary approaches see (Prasad, Biere and Gupta 2005) for an application of this hybrid approach in the verification of hardware design.

Model checkers have been widely used for hardware verification, which allow the verification of the different properties in discrete systems.

This chapter illustrates the concepts of hardware verification environment and co-verification.

The hardware verification environment and test benches are closely related to co-verification.