Abstract
This paper proposes a control circuit synthesis method for asynchronous circuits in bundled-data implementation. Our proposed method consists of the synthesis of a control circuit to control a data-path circuit and the synthesis of an interface circuit between the control circuit and the data-path circuit. The control circuit is generated by mapping small control elements called Q-elements. For mapping, this paper proposes two mapping methods called the state-oriented mapping method and the node-oriented mapping method. Finally, this paper shows the effectiveness of the proposed method by comparing synthesized circuits with ones obtained by a different control circuit synthesis method.
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