quantity n. 1.量 (opp. quality); 分量,数量;额;【物理学】值,参量。 2.〔pl.〕大量,大宗,大批,许多。 3.定量,定额。 4.【数学】量;表示量的数字[符号];【逻辑学】(名词、特别是命题主语的)量。 5.【音韵学】音节的长短;表示音节长短的符号;【语音】(元[母]、音节等的)音量。 6.【法律】期限。 a known quantity 已知数。 an unknown quantity 未知数;〔比喻〕难预测的人[物]。 a negligible quantity 可忽略的量;〔比喻〕无足轻重的人〔物〕;可忽略的因素。 a quantity of 一些。 in quantities 大量。 in quantity 很多。
An idea of replacing schmitt trigger by fuzzy controller for regulators is described in this paper , considering that tolerance is a kind of fuzzy quantity which is difficult to make out accurately 而容差本身是一个模糊的语言变量,根据这一特点,本文提出了一种用模糊控制器取代传统的转矩,磁链控制器的方法。
Because anfis realizes the combination of fuzzy quantity and numeric quantity , and its both parameters and weights adjusted have clear physics meaning , it ' s much propitious to be understood , mastered and applied by control engineers . so adopted anfis has great promising industry application 由于它实现了模糊量和数字量的有机结合,而且其调整的参数和权值都具有明确的物理意义,更有利于控制工程帅的理解、掌握和应用,因此具有广泛的工业应用前景。
Fuzzy relation theory is one of the most important branches of fuzzy mathematics and is extensively used in many fields especially in the area of decision - making . for example , fuzzy clustering analysis , choice problem under fuzzy preferences , ordering of fuzzy quantities and fuzzy preference structures are all based on fuzzy relations 模糊关系是模糊理论最重要的内容之一,其应用十分广泛;尤其是在模糊决策的许多领域中,如模糊聚类分析、模糊选择、模糊量排序、模糊偏好结构等,其研究都是建立在模糊关系基础之上的。