CAJ | 학술논문

为实现电力系统工作流程的智能性，结合本体、语义推理、数据挖掘等技术，设计面向电力系统应用的语义工作流推理框架；建立该框架下工作流及其涉及的电力系统资源的本体概念和关系模型，描述电力生产需求信息、工作流和系统资源本体之间的联系；从最基本的推理元素出发，基于语义网规则语言构造工作流生成的触发推理流程和规则；运用Prot g 和Jess推理引擎实现工作流触发推理的应用模型，通过推理实验验证本方法的有效性。
위실현전력계통공작류정적지능성，결합본체、어의추리、수거알굴등기술，설계면향전력계통응용적어의공작류추리광가；건립해광가하공작류급기섭급적전력계통자원적본체개념화관계모형，묘술전력생산수구신식、공작류화계통자원본체지간적련계；종최기본적추리원소출발，기우어의망규칙어언구조공작류생성적촉발추리류정화규칙；운용Prot g 화Jess추리인경실현공작류촉발추리적응용모형，통과추리실험험증본방법적유효성。
To achieve the intellectuality of the working process of manufacturing system in the power system, in this paper, the technologies of ontology, semantic reasoning, data mining, and so on are combined to build a power system oriented semantic workflow reasoning framework. The ontology concept and relation models of the workflow and the system resources involved in this framework were constructed, then the relationship between the power production demand information, the ontology workflow and power system re-sources are set up. And the trigger reasoning rules of workflow generating is researched and constructed by the technology of SWRL. The application model of workflow trigger reasoning is achieved by Prot g and reasoning engine of Jess, and the reasoning experiment is achieved.