Provides a reference methodology that can be adopted by designers and
verification engineers for all types of System-on-a-Chip projects. With
authors from ARM(R) and Synopsys(R), it combines ARM's expertise in the
verification of complex, configurable IP from transaction-level SystemC
to timing-critical register-transfer level (RTL) implementation, and
Synopsys' strength in delivering an integrated RTL and system
verification platform, including tools and verification IP. Verification
Methodology Manual for SystemVerilog describes SystemVerilog language
features relevant to functional verification and provides a blueprint
for a robust, scalable verification architecture based on industry best
practices. This book also specifies a standard set of libraries for
assertions and commonly used verification functions, such as stimulus
generation, simulation control and coverage analysis, to help implement
the recommended methodology. The Manual can help SoC development teams
achieve faster and more effective design verification. It also guides
verification IP providers to follow a consistent and well-documented
architecture, enabling end users to easily integrate verification IP
from multiple sources.