In order to achieve intelligent process state model output, the use of artificial neural networks for automatic reasoning capabilities.
为了实现过程状态模型的智能输出，运用人工神经网络实现自动推理的功能；
Mainly study how to express the content of information resources, the relation between them and relevant automatic reasoning method with Topic Maps approach.
主要研究运用主题图方法，表示信息资源的内容及相互间关系，并实现自动推理。
Semantic modeling technologies, such as RDF, can help ease the problem of automatic reasoning between different data sets, provided that it is built-in to the data-store.
语义建模技术，例如RDF，可以帮助简化对不同数据集之间自动进行推理所面临的问题，这些数据集是内嵌在数据存储介质中的。
On this basis, the new logic indeterminate causal inductive automatic reasoning mechanism which is based on fuzzy state describing is brought forward. At the end of this paper its app…
在此基础上，又提出基于模糊状态描述的新型不确定因果归纳自动推理机制，并讨论其在智能控制器研制中的应用。
The rough set concept can be of some importance, primarily in some branches of artificial intelligence, such as reasoning, automatic classification, pattern recognition, learning algorithms, etc.
粗糙集理论最初在人工智能的某些分支，例如推理，自动分类，模式识别，学习算法等的研究中是很重要的。
Due to adoption of reasoning mechanism driven by quality requirements from users, automatic generation of tube bending processing was realized.
由于采用了以用户导管质量需求为目标的驱动的推理机制，实现了导管弯曲加工工艺的自动生成。
APA, an automatic programming system, can use analogical reasoning to learn from past experience and construct new LISP programs.
自动程序设计系统APA使用类比推理技术，向过去经验学习编写新的LISP程序。
A practical neural networks based classification system was discussed in this paper, in which automatic knowledge acquiring and fuzzy reasoning was realized.
讨论了一个基于神经网络处理系统，实现了推理知识的自动获取和自适应模糊推理，具有很强的实用性。
Based on the traditional expert system, the integrated module of neural network ensembles is applied in this model in order to insure the automatic acquisition of knowledge and reasoning.
该模型在传统专家系统基础上，增加了神经网络集成模块，以解决知识的自动获取和推理问题。
To develop automatic legal reasoning systems, one should under-stand the essential features of domain knowledge.
为了开发法律领域的自动推理系统，我们首先必须理解领域知识的本质特征。
Based on CAD, automatic mesh generation and AI reasoning techniques, the problem solving framework for finite element modeling (FEM) of aeronautical thin wall structures is introduced.
介绍了利用CAD、网格自动剖分和人工智能技术相结合进行航空薄壁结构有限元建模的问题求解框架。
Based on CAD, automatic mesh generation and AI reasoning techniques, the problem solving framework for finite element modeling (FEM) of aeronautical thin wall structures is introduced.
介绍了利用CAD、网格自动剖分和人工智能技术相结合进行航空薄壁结构有限元建模的问题求解框架。
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