| 1. | Study of diagnostic expert system based on uncertain inference model
在一定相容度下不确定性推理的可靠性分析 |
| 2. | The application of object - oriented data module in diagnostic expert system
面向对象数据模型在故障诊断专家系统中应用 |
| 3. | An application of oot on fault diagnostic expert system for a weapon system
面向对象技术在某武器系统故障诊断专家系统中的应用 |
| 4. | Applying in fuzzy inference and match for locating faults , in order to lay solid foundations for transformers " faults diagnostic expert system
运用模糊推理和模糊匹配理论对故障定位，为变压器故障诊断专家系统奠定基础。 |
| 5. | The crops nutrients diagnostic expert system is an agricultural diagnostic expert system , which was founded on tyz - 3 intelligent soil nutrition gauge and controlled by the single chip microcomputer with the c language of mcs - 51
农作物营养诊断专家系统是在tyz ? 3智能型综合土壤养分测试仪上建立的，它采用mcs - 51c语言进行程序设计，是由单片机控制的农业专家诊断系统。 |
| 6. | Abstract : to enhance the correctness of the fault diagnostics , the diagnostic modu1es in a mixed fau1t diagnostic expert system which are respectively based on bp neural network , self - organization neural network , and minor wave analysis , are designed as a system with multiple stages
文摘:介绍了为提高故障诊断的正确率，将一混合故障诊断专家系统中的基于bp神经网络诊断模块、基于自组织神经网络诊断模块和基于小波分析诊断模块设计成多级诊断系统。 |
| 7. | In the establishment of knowledge base , in order to find a good way to represent the knowledge which is fit for our system , we introduced a way to represent our knowledge by the rule branch and the rule number , combining the theory of expert system and on the basis of collecting and summarizing , analyzing the deficient elements of the crops . considering the using for farmers , the characteristic of this system and it ' s reliability and accuracy , we adopted the uncertainty reasoning model which included certainty and weight factors . we successfully established a crops nutrients diagnostic expert system under specific conditions
在知识库建立中，为了能找到一套适合于本系统的知识表示模式，在收集并总结和分析了作物缺素症状的基础上，结合专家系统的理论提出了采用规则族与规则号的知识表示方法对该系统的知识进行表示；在推理过程中，为了更好地提高系统的实用性、可靠性和准确性，从农民用户使用角度着想并结合系统本身的特点采用了带有可信度因子加权的不确定性推理方法。 |
| 8. | ( 4 ) reusing is the base of all scientific research . expert system of diagnosis for cucumber diseases share common parts , therefore , if one of such system has been developed , its thought of construction , controls and components can be reused in other expert system ' s construction . in this paper , some reusing technologies have been discussed , which can be used in the development of diagnostic expert system for any diseases and insect pests of all vegetable
( 4 )本文还根据农业病虫害诊断的特点以及生产实践的需求，本研究提出了软件复用技术在蔬菜病虫害多媒体诊断专家系统研制中的应用策略，对一些关键技术通过逐步完善，可以逐渐形成蔬菜病虫害多媒体诊断多媒体专家系统开发平台，将会大大提高蔬菜病虫害多媒体诊断专家系统的开发效率。 |
| 9. | Secondly , the fundamental concept of automatic detecting and fault diagnosis are introduced , and the thinking of ground detecting system based on fault diagnosis is presented . subsequently the method of using dbms to setup a knowledge base prototype of fault diagnostic experts system is brought forward
然后文章介绍了计算机自动检测和故障诊断的基本概念，提出了基于故障诊断的无人机地面综合检测系统的设计思想，并进一步指出运用数据库技术建立故障诊断专家系统的知识库原型的方法。 |
| 10. | In this paper , the base principle and structure of kbs . ( knowledge base system ) is explained first , and then discuss bp neuralwork , rbf network on structure and atithmetic . in detail . the mixed diagnostic expert system bases on microsoft windows , microsoft vc + + 6 . 0 is choosed as program development tool , microsoft sql server2000 is choosed as database development tool . it is composed of four parts
本论文对混合型专家的理论和实现方法进行研究，详细地讨论了知识库规则的构造、管理，对bp算法、径向基神经网络rbf算法作了深入的探讨和分析，并以船舶动力装置故障诊断为对象实现混合型专家系统在其上的应用。 |
