Abstract
The complexity of modern digital systems requires complex design entry methods and thus, language based designs are often an appealing alternative for schematics. Language based design entry, supports high-level design transformations through formal and executable traditional compiler construction problem specifications, their main advantages being modularity and declarative notation. In this paper, this idea is exploited under a powerful compiler construction system and a methodology is given to design formal and executable high-level hardware manipulators. In effect, this methodology stands as a meta-level between hardware transformations and their implementation and can be valuable in fast evaluation of new ideas and techniques.
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