SystemVerilog also provides constructs for design-and-verification engineers to specify functional coverage points—conditions that designers must exercise for complete verification of the design.

System Verilog coverage constructs – Key to configurability System Verilog provides a very fast & convenient method to describe the functional coverage for any given setup with the help of pre‐defined ...

The functional verification process involves the development of constrained random test cases, and the technique of coverage driven verification [1] to produce, and analyze the simulation results.

The SystemVerilog Direct Programming Interface (DPI) can be used for connecting a SystemVerilog verification component to a SystemC verification component using method ports. The DPI enables direct ...

SystemVerilog and UVM are said to be the most trusted standards in SoC and IP verification. “Functional coverage is fundamental to all modern processor verification plans; it marks the progress to ...

A random, directed low power coverage methodology UPF 3.0 HDL functions can be combined with SystemVerilog functional coverage constructs, such as covergroups and coverpoints, to create an efficient ...

The latest VCS Verilog simulator from Synopsys contains built-in comprehensive coverage analysis. With it, design teams using VCS 6.0.1 can determine their verification quality ...

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