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来源:百度文库 编辑:神马品牌网 时间:2024/05/01 15:04:14
Significant progress has been achieved in both theory and application of intelligent fault diagnosis system that is gradually becoming a new and independent research field.
Nowadays, logical system for knowledge acquisition has not been unified whose validity, advantage and pertinence partly depend on the human factors which is always characterized by emotion and blindness during the process.
In present diagnosis system, reasoning doesn’t adapt to complicated system involving multi-variable and multi-process because of single sign inference. As to the development of expert system of fault diagnosis and requirement of fault diagnosis, it’s necessary to make knowledge based Engineering (KBE) is an open environment for diagnosis integrating diversified forms of knowledge into various kinds of isomeric knowledge system, which is fulfilled through succession, generalization, integration, application and management of knowledge, and its kernel consists of knowledge acquisition, expression and reasoning management.
Considering insufficiency existed in current fault diagnosis, a novel network-topological diagnosis system based on KBE graph is established, which marks major breakthrough in acquisition, expression and application of general knowledge and expert knowledge.
This diagnosis system, with the integration of establishment, modification, extension and maintenance of expert knowledge, does not need special coding, which can significantly save time and reduce the chance of failure; reasoning processor based on expert rules, fuzzy logic and neural network enables the system to adapt to those complicated systems with multi-variable, multi-parameter, multi-object and multi-process.
请别再用“金山快译”了,那个地球人都玩过了哈

重要的进步已经在正在逐渐地变成新的和独立的研究领域的聪明过失诊断系统的理论和申请中被达成。
时下,合乎逻辑的系统为知识获得没有被统一谁的有效性,利益和适切部分仰赖总是表示被的特色情绪和盲目在程序期间的人类因素。
在现在的诊断系统中, 说服不适应复杂的系统因为单一告示推论包括多变数和多程序。 对于过失诊断的专家系统过失诊断的发展和需求, 使知识立基于工程学 (KBE) 是必需的是整合多元化形式的知识进同质异构的知识系统的各种不同的类型之内的诊断开着的环境, 被实现经过连续,一般化,整合,知识的申请和管理和它的核心由知识获得,表达和推论管理所组成。
考虑不充分在现在的过失诊断方面存在,基于 KBE 曲线图的一个新奇的网络- topological 诊断系统被建立,哪一为一般的知识和专家的知识获得,表达和申请的主要突破性的发展作标记。
这一个诊断系统,藉由专家的知识建立,修正,延长和维护的整合,不特别的编码, 能重要地节省时间并且减少失败的机会;基于专家的规则推论处理器, 模糊逻辑而且神经的网络使系统能够用多变数,多叁数,多物体和多程序适应那些复杂的系统

重要的进步已经在正在逐渐地变成的聪明过失诊断系统的理论和申请中被达成一新的而且中立派研究领域.
时下,合乎逻辑的系统对于知识获得没有被统一,有效性, 利益和适切部分仰赖总是在程序期间被情绪和盲目表示的特色人类的因素.
在现在的诊断系统中,推论不适应复杂的系统因为单一告示推论包括多变数和多程序. 关于过失诊断和过失诊断的需求专家系统的发展,资讯科技是必需作以知识为基?墓こ萄?(KBE) 是整合多元化形式的知识进各种不同类型的同质异构的知识系统之内的诊断开着的环境, 这透过连续,一般化,整合,申请和知识的管理被实现,而且它的核心有知识获得,表达和推论管理.
考虑不充分在现在的过失诊断方面存在,一个以 KBE 曲线图为基础的新奇网络- topological 的诊断系统被建立,哪一标志主修一般知识和专家的知识获得,表达和申请的突破性的发展.
这一个诊断系统,藉由建立,修正的整合,延长和专家知识的维护,不需要特别的编码, 能重要地节省时间而且减少失败的机会; 以专家的规则,模糊逻辑和神经的网络为基础的推论处理器使系统能够适应有多变数,多叁数,多物体和多程序的那些复杂的系统

金山快译不行,复制可以吗??