At last predicate logic is combined with production KR, as which a method to describe the reasoning rule in the knowledge base.
最后采用谓词逻辑和产生式表示法相结合的方法作为知识库中的推理规则描述方法。
The algorithm adopts a hierarchical structure in knowledge rule while the breadth and depth, first search is integrated in reasoning strategy.
该算法应用的知识规则采用分层结构，在推理策略上综合应用深度和广度优先搜索。
Design structure of two databases for we can express rule knowledge expediently and adopt many strategies to improvement efficiency of reasoning.
通过合理地设计数据库的结构，可以达到灵活、方便地表达规则知识，并易于采用多种策略提高推理效率。
It first introduces its architecture, knowledge representation model and reasoning schema, and then the concept of Rule model Graph (RMG) and an algorithm for reasoning using RMG.
首先介绍系统总体结构，给出知识表示模型和推理机制，并且引入RMG的概念，进一步提出运用RMG完成推理过程的算法。
The knowledge within this system knowledge base is divided into the case knowledge and reasoning rule knowledge.
本系统知识库中的知识分为事例知识和推理规则知识。
Such a reasoning leads to inferring new knowledge (rule or model)which is hopefully valid not only for the known examples, but also for novel, unseen objects.
这样的推理导致推论出新的知识（法则或模型），这个新知识不仅对已知的用例非常有效，而且对新出现的、未知的对象也有效。
The methods of improving efficiency of rule-type expert system include the reasoning machine design, knowledge base design and the integration with other advanced technologies.
规则式专家系统效率的提高方法，包括推理机和知识库设计及与其他先进技术结合等三个方面。
PTES is written in Prolog and extends Prolog's knowledge processing, capabilities by supporting rule - based knowledge representation and approximate reasoning.
PTES是用PROLOG编写的，该系统根据支持基于规则的知识表示及近似推理对PROLOG的知识处理能力进行了扩充。
Intelligent query for database of MIS is implemented, for storing knowledge with decision table. The user can create rule-set by way of decision table and carry out reasoning.
本文将决策表技术引入管理信息系统作为知识存贮手段，用户可通过决策表自行设置规则集，并用推理机进行演绎推理，从而实现对管理信息系统数据库的智能查询。
It is advanced that clinical experience and knowledge can be translated into some rules by introducing rule-based reasoning theory of intelligent diagnostic technique.
本文提出以智能诊断技术中的规则推理理论为手段，将领域专家的临床经验和知识转化为若干条规则。
The FSES adopted relation database system and interrelated knowledge presentation technology in combination with production rule and frame system. An uncompleted fuzzy reasoning was applied in FSES.
FSES引入数据库关联技术，结合传统的产生式规则法和框架法等人工智能技术，建立了以关系型知识库为主的农业生态系统知识库体系。
The production rule is the primary mode of the knowledge representation. The system provides optional project by reasoning, interface for user and blackboard structure. Thes...
在系统设计中采用产生式规则作为知识的主要表示方式，并通过推理、用户界面以及黑板结构向用户提供合理的候选方案。
The production rule is the primary mode of the knowledge representation. The system provides optional project by reasoning, interface for user and blackboard structure. Thes...
在系统设计中采用产生式规则作为知识的主要表示方式，并通过推理、用户界面以及黑板结构向用户提供合理的候选方案。
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