模糊系统的快速原型设计

C. Phongpensri, S. Tongsima, E. Sha
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引用次数: 4

摘要

模糊推理过程的复杂性是实现模糊系统的常见问题之一。由于模糊集的性质,需要额外的计算来推导结果。此外,需要进行大量的仿真来验证系统功能。为了缩短原型时间,将模糊系统划分为硬件和软件两部分。为了简化模糊规则库,提出了模糊规则自动机(FRA)模型。由于大多数规则库很少更改,因此可以在硬件中实现它们以加快运行时间。推理过程的特殊计算由软件负责,以减少硬件复杂性,从而提高原型的灵活性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Rapid prototyping for fuzzy systems
One of the common problems for fuzzy system implementation arises from the complications of the fuzzy inference process. Extra computations are required to deduce a consequence due to nature of fuzzy sets. Furthermore, considerable simulations need to be performed to verify system functions. In order to reduce the prototyping time, the fuzzy system is partitioned into hardware and software portions. The model, called Fuzzy Rule-based Automata (FRA), is proposed to simplify fuzzy rule base. Since most rule base are rarely changed, they can be implemented in hardware to speedup the running time. Special computations for inference process is taken care by software to reduce hardware complications which yields prototype flexibility.
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