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A new approach to general netlist design rule checking is presented, which has been successfully applied to design for testability (DFT rule checking and electrical rule checking. Core o f t R e checker is an interpreter, which performs operations of a set-based calculus. In combination with hierarchy preprocessing b y ezpansion and netlist pattern matching, the interpreter approach turned out to be flezible and efficient.

An Interpreter for General Netlist Design Rule Checking