Accelerating Physical Design from 1 to N

Today, we have abundant parallel computing resources, while most EDA tools are still running sequentially. It is interesting to see how physical design can be advanced by leveraging this massive parallel computing power. To achieve significant speedup, it is usually not simply running the same sequential method a few copies in parallel. Innovative parallel algorithms that solve the problem from a new perspective using different mechanisms are needed. We will look at a few examples in physical design and logic synthesis in this talk to illustrate some methodologies and techniques in parallelizing design automation.