The fundamental tools of A.I. shifted from Logic to Probability in the late 1980s, and fundamental progress in the theory of uncertain reasoning underlies many of the recent practical advances.
研究人工智能的基础工具在80年代后期从逻辑转向了概率，而关于不确定性的理论研究的进展成为了近期许多应用的基础。
The fundamental tools of A. I. shifted from Logic to Probability in the late 1980s, and fundamental progress in the theory of uncertain reasoning underlies many of the recent practical advances.
研究人工智能的基础工具在80年代后期从逻辑转向了概率，而关于不确定性的理论研究的进展成为了近期许多应用的基础。
All above discussion is to provide suitable foundation and method for uncertain reasoning.
以上的讨论为处理不确定性推理提供了适当的途径。
To improve system's robustness, uncertain reasoning based on certainty factor is introduced.
为了提高系统的鲁棒性，采用了基于可信度因子的不精确推理机制。
Using uncertain reasoning, a reasoning model and an algorithm are presented, which give the answer to this problem effectively.
本文利用不确定推理中的概率推理方法，设计了购买决策树回溯推理的模型和算法，有效解决了这一问题。
Probabilistic logic makes use of the method of logic reasoning to deal with the uncertain reasoning, which is cause by randomicity.
概率逻辑是用逻辑推理的方法解决因随机性引起的不确定性推理问题。
The idea and arithmetical method may be generalized to deal with a variety of problems for the uncertain reasoning decision-making.
其思想和算法可推广应用到其它各种不确定性推理决策问题中去。
In order to cater to the demand of objective problems, the study of uncertain reasoning is needed in the artificial intelligence areas.
为此，人工智能需要研究不确定性推理方法，以满足客观问题的需求。
The lossless decomposition of compound T rules is explored in detail. A new algorithm dealing with uncertain reasoning Problems is Presented at last.
对复合三值规则的无损分解进行了详细探讨，最后提出了一个能进行不确定推理的新算法。
In the paper, an uncertain reasoning method based on topological transformation is constructed by means of fuzzy topology and fuzzy mathematics theory.
本文用模糊拓扑和模糊数学的方法给出了一种基于拓扑变换的不确定性推理方法。
In the paper, the models of uncertain reasoning are focused, such as the reasoning model of Bayes probability, Reliability theory, D-S evidence theory and Neural Network.
本文主要涉及的不确定推理模型包括主观贝叶斯的概率推理模型，可信度理论推理模型，证据理论及其改进推理模型以及神经网络推理模型。
Uncertain reasoning and decision-making is used to fuse the data in the different space and time fields.
最后根据不确定推理与决策理论对不同空域和时域的数据进行融合。
Uncertain reasoning and decision-making is used to fuse the data in the different space and time fields.
最后根据不确定推理与决策理论对不同空域和时域的数据进行融合。
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