Proceedings of the Korean Institute of Intelligent Systems Conference (한국지능시스템학회:학술대회논문집)
- 1993.06a
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- Pages.933-936
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- 1993
A High-Speed Fuzzy Processor Using Bipolar Technology
- Ishizuka, Okihiko (Faculty of Engineering, Miyazaki University) ;
- Masuda, Tsutomu (Faculty of Engineering, Miyazaki University) ;
- Tang, Zeng (Faculty of Engineering, Miyazaki University) ;
- Matsumoto, Hiroki (Faculty of Engineering, Miyazaki University)
- Published : 1993.06.01
Abstract
A high speed fuzzy processor using bipolar technology is proposed in this paper. The hardware system uses a high-speed current-mode membership function circuit and normalization technique. The new membership function circuit generates an ideal membership function of the fuzzy set and its circuit is also simple and available for VLSI implementation. Several techniques have been implemented to speed up response of the processor. The fuzzy processor has been designed and implemented in bipolar circuit technology. The experiments and simulations show that the response speed is below 100ms. It can also be expected that the fuzzy processor can be integrated on one chip and its response time is only about the order of nanoseconds.
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