Abstract
LISAS, a simulator for the development and analysis of regular networks of finite state machines is introduced. Designed to manage, understand, and visualize complex flow of data of systolic architectures and algorithms, it was recently adapted to simulate cellular automata. Broad applicability and a convenient graphical user-interface are major characteristics of the tool. In this paper its simulation concepts and interactive usability are outlined, which rendered successful simulation of systems for cryptographic and signal processing applications.
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