产生式系统的英文

• production system
• productive system

• "产生"英文翻译    produce; engender
• "式"英文翻译    type; style
• "系统"英文翻译    system
• "产生式系统的定义" 英文翻译 :    definition of production system
• "产生式系统语言" 英文翻译 :    production system language
• "规则基产生式系统" 英文翻译 :    rule-based production system
• "可分解产生式系统" 英文翻译 :    decomposable production system
• "可交换产生式系统" 英文翻译 :    commutative production system
• "模糊产生式系统" 英文翻译 :    fuzzy production system
• "逆向产生式系统" 英文翻译 :    backward production system
• "软件产生式系统" 英文翻译 :    software production system
• "双向产生式系统" 英文翻译 :    bidirectional production system
• "自适应产生式系统" 英文翻译 :    adaptive production system
• "生产系统 产生式系统 运行系统" 英文翻译 :    productionsystem
• "产生式系统的解释程序" 英文翻译 :    interpreter of production system
• "产生式系统的可管理性" 英文翻译 :    manageability of production system
• "产生式系统的终止条件" 英文翻译 :    termination condition of production system
• "产生式系统综合数据库" 英文翻译 :    global database of a production system
• "归结反演的产生式系统" 英文翻译 :    production system for resolution refutation
• "基于规则的产生式系统" 英文翻译 :    rule based production system
• "可分解产生式系统的定义" 英文翻译 :    definition of decomposable production system
• "可分解产生式系统的控制" 英文翻译 :    control of decomposable production system
• "可分解的产生式系统" 英文翻译 :    decomposable production system; decomposableproductionsystem
• "可交换产生式系统的定义" 英文翻译 :    definition of commutative production system
• "可交换的产生式系统" 英文翻译 :    commutativeproductionsystem

• Study on solving cross - river game through production system
  探讨产生式系统求解过河游戏
• The application of production system in agricultural expert system
  产生式系统在农业专家系统中的应用
• Expression and reasoning of uncertainty knowledge based on rule - based system
  基于产生式系统的不确定性知识表示及推理研究
• ( 6 ) analyzing issues of modeling fuzzy rule - based systems and fuzzy reasoning based existing fuzzy petri net models
  ( 6 )分析了已有模糊petri网模型在建模模糊产生式系统和模糊推理方面存在的问题。
• Based on the robot task , a kind of obstacle - navigation control method is presented which takes the information of sensors and constraints and the feedback of movement as input and the production system as output
  根据机器人的作业任务，提出了基于传感器信息、约束信息以及动作反馈信息作为输入，产生式系统作为动作输出的越障控制方式。
• To improve the intelligent level of the robot soccer system , this paper embeds the agent technology , opinion net technology and optimize estimate technology into production system to construct the robot soccer system
  为了提高足球机器人系统的智能水平，将agent技术、意向网络技术和优度评价技术嵌入产生式系统，构建了机器人足球的产生式决策子系统。
• According to train marshalling and time when train stops , it computes seats allotment of hard seat , soft seat , hard berth and soft berth of all stations where the train stops . and then , we can adjust the results with production system to match our requirement
  根据列车编组、停站时刻等数据，自动计算并完成线路方向上旅客列车在经由停车站软(硬)卧(座)的票额分配，可利用产生式系统对票额分配的结果进行合理化调整。
• In the course of building knowledge base , this article analyses field knowledge of the automobile components failure with fault tree analysis ( fta ) , and represent the field knowledge included in fault tree with the combination of frame and production rule on the base of studying the theory and method about knowledge representation
  在知识库的建造过程中，本文应用故障树分析法分析了汽车零部件失效领域知识，在讨论了知识表示的有关原理和方法的基础上，采用了产生式系统和框架系统相结合的方法表示故障树中蕴涵的领域知识。
• Firstly , this paper discussed failure mechanisms , failure reasons and precautions of explosion , corrosion , abrasion , deformation and leakage etc by studying the rationales of internal and overseas failure analysis for pressure vessels . secondly , each fault tree of failure analysis was built and the knowledge base of failure analysis for pressure vessels was made by combining production rule with framework in the end
  本文借鉴国内外的压力容器失效分析的基本原理，研究了破裂或爆破失效、腐蚀失效、磨损失效、变形失效、泄漏失效等失效机理、失效原因及预防处理措施，进而建立其各自相应的失效分析故障树，最后通过产生式系统与框架系统相结合的知识表示方法建立了压力容器失效分析知识库。
• After adequate analysis on theory and structure of expert systems , concerning the features of the bronze identify field , we design a structure model of an expert system which combines production system and relational database . with this architecture we were capable to implement a practical model of bronze identify
  本文在充分分析、研究专家系统的理论和结构的基础上，结合青铜器鉴定的领域特点，提出了一个采用产生式系统和关系数据库相结合的专家系统的体系结构，并在此体系结构基础上，设计并实现了一个实用的青铜器鉴定专家系统模型。