航空科学技术
航空科學技術
항공과학기술
AERONAUTICAL SCIENCE AND TECHNOLOGY
2014年
7期
55-58
,共4页
飞行试验%科目%本体%领域本体%试飞协同
飛行試驗%科目%本體%領域本體%試飛協同
비행시험%과목%본체%영역본체%시비협동
lfight test%test subject%ontology%domain ontology%collaboration
飞行试验周期长、风险高、难度大，是一项复杂的系统工程。要高效完成试飞工程，需对试飞过程进行概念表示和结构化描述，建立工作流模型，实现试飞信息化和试飞协同。本文将本体理论引入试飞领域，提出以试飞科目为概念表示基本单元的试飞领域本体构建思路；针对民用飞机试飞特点，结合骨架法和七步法，通过文献查阅、专家调研和本体重用等方式，确定出民用飞机试飞科目领域重要概念及其关系，并采用Protégé构建出民用飞机试飞科目领域本体。
飛行試驗週期長、風險高、難度大，是一項複雜的繫統工程。要高效完成試飛工程，需對試飛過程進行概唸錶示和結構化描述，建立工作流模型，實現試飛信息化和試飛協同。本文將本體理論引入試飛領域，提齣以試飛科目為概唸錶示基本單元的試飛領域本體構建思路；針對民用飛機試飛特點，結閤骨架法和七步法，通過文獻查閱、專傢調研和本體重用等方式，確定齣民用飛機試飛科目領域重要概唸及其關繫，併採用Protégé構建齣民用飛機試飛科目領域本體。
비행시험주기장、풍험고、난도대，시일항복잡적계통공정。요고효완성시비공정，수대시비과정진행개념표시화결구화묘술，건립공작류모형，실현시비신식화화시비협동。본문장본체이론인입시비영역，제출이시비과목위개념표시기본단원적시비영역본체구건사로；침대민용비궤시비특점，결합골가법화칠보법，통과문헌사열、전가조연화본체중용등방식，학정출민용비궤시비과목영역중요개념급기관계，병채용Protégé구건출민용비궤시비과목영역본체。
Flight test project has some features such as long period, high risk, and management difficulties, and is a complex system engineering process. In order to satisfy the requirements of informationization and knowledge share for lfight test collaboration, it’s necessary to represent the concepts of the lfight test process, and describe the structure of the lfight test process, and build a model of work-lfow. The ontology theory is applied to lfight test domain, and lfight test subject is selected as the basic element in construction of lfight test domain ontology. Based on the ontology theory and considering the characteristics of civil aircraft flight test, a new method, which integrated Skeletal methodology with seven-step methodology, is represented. The main concepts and their relationship in civil aircraft lfight test domain are represented by searching literatures and consulting with lfight test experts. The civil aircraft lfight test subject ontology is edited with Protégé editor.
