An evaluation system for distributed-time VHDL simulation

Performance of VHDL simulation is a critical issue in electronic circuit design and is hard to achieve due to the complexity of the language and the different abstraction levels. This paper presents a system for performance evaluation of distributed-time VHDL simulation based on the analysis of simulation traces. The system allows to model different architectures, interconnection topologies and simulation algorithms. The main tools are a VHDL analyzer to extract dependencies, and a trace-driven simulator to evaluate the execution time on a given architecture.