This paper presents a new dimensional analysis of qualitative reasoning on physical problems.
本文提出了定性推理的一种新方法——量纲分析法对物理问题的有关定性推理。
According to quantitative parameters mapping relation, heuristic knowledge acquisition strategy based on qualitative reasoning and data mining is proposed.
针对量化参数间映射关系，提出了基于定性推理和基于数据挖掘的启发性知识获取策略。
In this paper, the problem of ambiguous branches and the weakness of modeling measures existed in the classical qualitative reasoning are analyzed at first.
本文首先分析了传统定性推理方法中存在的歧义性分枝和建模手段不强的问题。
This paper describes the main idea and process of qualitative reasoning based on component model, and analyses the causal interpretation methods of system behaviors.
本文阐述了基于部件模型的定性推理方法的基本思想和过程，并对系统行为的因果解释方法进行了分析。
This paper describes a novel method for Webpage classification that under qualitative reasoning, which obtains the result by attribute of Webpage and relevance of swatch.
描述一种基于定性推理的网页分类方法，即通过对网页属性与样本集的相关性来得出结果。
It is a technique of qualitative reasoning, and seen a computational intelligence, which can be used to solve the self-adapting behaviors based on transcendental knowledge.
它是一种定性推理技术，也可以看作是一种计算智能，能有效地解决基于先验知识的自适应行为。
Qualitative spatial reasoning that is generated by combining qualitative reasoning, spatial reasoning and artificial intelligence (AI) has been a hotspot in the research of AI.
结合定性推理、空间推理与人工智能产生的定性空间推理，已成为人工智能的一个研究热点。
The way of reasoning USES qualitative reasoning such as certainty, uncertainty reasoning and quantitative calculation methods, and then come out corresponding reasoning results.
多决策协同推理方式采用确定性推理、不确定性推理等不同的推理方法以及定量计算方法，得到相应的推理结果。
Qualitative spatial reasoning combines qualitative reasoning, spatial reasoning and artificial intelligence together. It has become a hot topic in the research of artificial intelligence.
定性空间推理结合了定性推理、空间推理与人工智能，它已经成为人工智能领域的一个研究热点。
In the foundation of complex reasoning of topological relationship and directional relationship, the paper gave a topological relationship qualitative Reasoning method using topology and direction.
在拓扑关系和方向关系复合推理的基础上，提出了将拓扑和方向结合起来进行拓扑关系定性推理的方法，并取得了一定的成果。
Because of the complexity and uncertainty inherent in spatial space, the description and reasoning of spatial relation often use qualitative method in accordance with spatial cognition.
由于空间问题固有的复杂性和不确定性，空间关系的描述和推理普遍采用定性方法以符合人们的空间认知行为。
Consistency checking of cardinal direction constraints is one of the essential issues in qualitative spatial reasoning.
基本方向约束的一致性判定是定性空间推理中的基本问题之一。
A method for fault diagnosis to the circuit is brought forward based on qualitative simulation and function reasoning.
针对电路系统的特点，提出一种基于定性仿真和功能推理的故障诊断方法。
The quantitative and qualitative variables are introduced in this paper, and the synthetically combined reasoning of them is applied in the design of single-input fuzzy controller.
提出了定性变量及定量变量的新概念，并将二者的综合集成推理应用到单输入模糊控制器的设计之中。
Qualitative spatial reasoning researches representation and processing of human's qualitative cognition for spatial objects and their relations in geometric space.
定性空间推理研究的是人类对几何空间中空间对象及其关系定性认知常识的表示与处理。
Qualitative spatial reasoning researches the expressing and processing of human cognition of geometry spatial objects and their relations.
定性空间推理研究人类对几何空间中的空间对象及其关系定性认知常识的表示与处理。
A novel approach to qualitative spatial reasoning about the spatial configuration of mechanism is presented that could be applied to estimate if the mechanism design is reasonable in the early phases.
对定性空间推理机械装置的配置给出了一个全新的途径，使得计算机能通过定性空间推理理论，初步判断人类对某个机械装置设计的概念思路是否合理。
Based on fuzzy set theory, a hybrid spatial reasoning approach is proposed that combines qualitative spatial reasoning with quantitative one.
基于模糊集合理论，提出一种将定性空间推理与定量空间推理相结合进行混合空间推理的方法。
The research, analysis and discuss of the representation and obtainment of the qualitative special relations have important meanings for the research and application of qualitative spatial reasoning.
研究、分析和探讨定性空间关系的表示和获取，对定性空间推理的研究和应用有着重要的意义。
Interval algebra is a tool of qualitative temporal reasoning. It is widely used in artificial intelligence.
区间代数是一种用来进行定性时态推理的工具，它在人工智能中有着广泛的用途。
Interval algebra is a tool of qualitative temporal reasoning. It is widely used in artificial intelligence.
区间代数是一种用来进行定性时态推理的工具，它在人工智能中有着广泛的用途。
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