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。
Commonsense and temporal reasoning are two main research topics in artificial intelligence.
常识和时间推理是人工智能研究的两个主要课题。
This paper analyzes the important effect of temporal reasoning in the situation assessment system, introduces the temporal interval theory.
分析了时间推理在态势估计系统中的重要作用，介绍了时间区间理论。
In addition, some researchers found this sonata also reduced seizures in epileptics and improved spatial temporal reasoning in Alzheimer patients.
另外，一些研究人员发现这首奏鸣曲还能减少癫痫患者的发作，以及改善阿尔兹·海默病人的时空推理能力。
By introducing the concept of temporal consistent set covering, a diagnostic model named TGSC based on temporal reasoning and set covering is proposed in this paper.
本文通过引入时态一致覆盖集的概念，提出一个基于时态推理与覆盖技术的时态外推推理诊断模型TGSC。
Based on temporal reasoning thought, the model proposed fault path search strategy considering time sequence, which enabled the model to have temporal characteristic.
该模型基于时序推理思想，给出了考虑时序性的故障路径搜索策略，从而使模型具有时序特征。
This paper fulfills temporal reasoning for the exhaustive and exclusive process by using the probabilistic temporal network, and shows the process by a real-world example.
利用概率时间网络，对完备相互排他过程进行时间推理，并以一个具体的实例，对此过程进行了说明。
There were no significant differences between one-model problem and multiple-model problem, the number of models seemed not to be a crucial factor affecting children's temporal reasoning;
单模型和多模型任务无显著差异，模型数量似乎不是影响儿童推理成绩的关键因素；
There were no significant differences between one-model problem and multiple-model problem, the number of models seemed not to be a crucial factor affecting children's temporal reasoning;
单模型和多模型任务无显著差异，模型数量似乎不是影响儿童推理成绩的关键因素；
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