By providing a Verilog-like language with extensions that made it easy to write transactors, assertions, and checkers, the language was supposed to make it easy for Verilog-familiar hardware engineers ...

Most digital designs are verified with logic simulation tools. Those verification suites usually involve large simulation test benches with complex infrastructures to support stimulus timing, expected ...

A verification environment with a mix of C tests for debugging (for embedded processor) and verilog test bench for monitors and automated checkers is used for successfully verification of an ARM based ...

Once TestBencher generates VHDL and Verilog test benches, they can be optionally linked to C++ code via the TestBuilder C++ library.

We are going to start focusing on System Verilog itself. We have to deal with System Verilog and this lowest common denominator, which is C or C++. Hamid: The test bench problem, whether it’s System ...

The design is created using the Verilog HDL and is tested by a Verilog test bench. This design is verified using UVM (Universal Verification Methodology).

Faster runtime performance, real-time access to built-in Verilog simulation coverage metrics, and a unified graphical environment for waveform analysis are all promised by version ...

Velocity CAE generates Verilog test benches, which are re-simulated with the ATE platform information encoded in them to validate the accuracy and quality of the simulation files.

The IEEE 1149.1 standardized languages now replace ad-hoc approaches to instrument validation via Verilog test benches, test vectors, Perl and Python. The verification engineer can now validate the ...