基于知识系统的知识层应用分析

Maria Rosario Borroek, Errissya Rasywir, Y. Pratama, Fachruddin, Marrylinteri Istoningtyas
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引用次数: 2

摘要

构建一个基于知识的系统通常必须有4(4)层作为集成在系统中的模块。这些模块是基于知识的系统中的一个整体。研究人员认为,这个知识层模块可以作为一个单独的应用程序分离出来,特别是当它想要更新知识时,所以当它想要构建一个基于知识的系统时,我们只需要在知识层之外构建3层。在此基础上,研究人员尝试将应用程序知识层管理作为一个独立的应用程序来构建。采用UML(统一建模语言)的系统建模方法。构建应用程序的过程包括设计用户界面、编码和测试。为了评估系统的输出,我们将使用黑盒测试对系统进行测试,并对系统的效率进行评估。从这四个模型层管理应用程序。最高平均为6714分,最低为5429分。在输入特性(手动输入手动)中可用最高值。同时,对于每个迭代,最低的值是在匹配过程(规则驱动)中。应用层管理作为系统开发引擎的可行性平均为70%。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Analysis on Knowledge Layer Application for Knowledge Based System
Building a knowledge-based system usually must have 4 (four) layers as modules integrated in the system. The modules are a unity in a knowledge-based system. According to the researchers, this knowledge layer module can be separated as a separate application, especially when it wants to update knowledge, so when it wants to build a knowledge-based system, we only need to build 3 layers apart from the knowledge layer. Based on this, the researchers tried to build the Application Knowledge Layer Management as a separate application. System modeling method used by UML (Unified Modeling Language). Building app process includes designing user interfaces, encoding and testing. To evaluate the output, the system will be tested using black box testing, we also evaluate the efficiency of system. From the four models of this layer management application. The highest average is 6,714 and the lowest score is 5,429 of scale 7. The highest value is available in the input feature (manual input manually). Meanwhile, the lowest value is in Match-process (rule-driven) for each iteration. On average 70%, application layer management is feasible to be used as an engine in system development.
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