Kenichiro Ishikawa

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WASMI is a data driven virtual hardware sysrem based on a multi-context device. Implemenrarion experience of WASMI rwealed thar the totalfreguency was often severely degraded by rhe design of the most complicated conrerr. An appmach to address this problem is using asynchronired operation. In this paper: wepmpose an Async-WASMI, in which each conterf works(More)
Dynamically reconfigurable processors improve the area-efficiency by executing a task with multiple hardware contexts. The maximum operational frequency is limited with a context which has the largest delay time, and it causes a certain overhead when each context has various delay time. A context dependent dynamic clock control method, which changes the(More)
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