| 1. | About the management knowledge base system based on database technology
基于数据库的知识库管理系统 |
| 2. | Knowledge base management system
知识库管理系统 |
| 3. | Discussion the relationship between the knowledge base and knowledge base management system
试论知识库与知识库管理系统的关系 |
| 4. | Management and maintenance of the fuzzy dynamic database of knowledge is operated in visual interference , and realized in reasoning machine with new method special for combination of predicate presentation and fuzzy knowledge
模糊知识库管理和模糊动态数据库的管理采用的是可视化界面操作。针对谓词的知识表示,本文提出了新的知识库和数据库管理方案。 |
| 5. | This paper briefly introduces basic theory of knowledgebase and knowledgebase management system , and analyses the characteristic of vehicle fault diagnosis , then puts forward the method of knowledge classify and express
本文简要阐述了知识库以及知识库管理系统的基本知识，分析了汽车故障诊断领域知识的特点，提出了适合该领域的知识分类及知识表示方法。 |
| 6. | Air defense missile fdes based on rule inferece is studied and designed in detail , including the construction of knowledge base system , design of the inference algorithm and the building of knowledge base management system . 3
深入研究了基于规则推理的地空导弹故障诊断专家系统的设计方法，并对系统进行了设计，包括规则知识库的构建、推理算法的设计以及诊断知识库管理与维护系统的组建。 |
| 7. | So , the quality of knowledgebase directly influences the whole vehicle fault diagnosis expert system , and that constructing high - efficient and consummated kbms plays a very important role in improving the performance of the expert system
因此，从某种意义上来说，知识库建造的好坏直接影响到整个汽车故障诊断专家系统是否成功，而构造高效、完善的知识库管理系统将会对整个汽车故障诊断专家系统性能的提高起到非常重要的作用。 |
| 8. | Failure diagnosis expert system for pressure vessels is made up of knowledge base , knowledge base management system , inference machine , integrated database , self learning system , explanation machine and human - machine interface etc . knowledge base and inference machine are absolutely necessary
压力容器失效分析专家系统由知识库、知识库管理系统、推理机、综合数据库、自学习机制、解释机制、人机接口等部分组成。其中最重要的是知识库和推理机两部分，这两部分缺一不可。 |
| 9. | 2 . study on knowledge - based fault diagnosis system systemeticly to find the causes of faults , maily include the following aspects : representation of symptoms and experience knowledge ; measurement of fuzzy symptoms ; inference algorithm of the inaccuracy diagnosis ; interface of acquisition of evidence and management of knowledgebase . 3
以详细诊断故障原因为目的，系统的研究基于知识的故障诊断系统，主要包括：故障征兆知识及经验知识的形式化表示；故障征兆知识的量化处理；不确定诊断问题的求解算法；获得诊断证据的接口及知识库管理技术。 |
| 10. | And production rules are used to express the expert ’ s knowledge . model bases and reasoning machine are accomplished by using visual basic 6 . 0 programming technology ; interface follows the windows ’ pattern . the peanut cultivation expert systems can realize functions such as simulating and predicting peanut ’ s growth and development , designing peanut cultivation
该系统可以根据花生种植地区的气候、土壤和生产条件,实现花生生长发育的模拟与预测、花生栽培方案的设计、花生病虫害的诊断与防治、信息咨询和花生知识学习等功能,并能够通过知识库管理和维护系统进行知识的修改、添加和删除,实现知识的获取和管理功能。 |
