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Design and Implementation of Adaptive Learning Based on ART Neural Network

机译:基于ART神经网络的自适应学习的设计与实现。

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In this paper, we present a new method that it has provided the learning function to solve the problem of diagnostic images recognition effectively. The human brain’s characteristics are studied and referenced by this research, for examples, in the first place, the human brain’s study is autonomous, it can study and identify an objective in a complex, unsteady, and a interference environment, what is more, it study on its own under a majority of situation, and synchronism is in progress between the study and practice, in addition, the human brain’s memory is provide the characteristic of self-organized obviously. Moreover, this technology uses the characteristic of the plasticity and connectible. The ART neural network architecture is used and the rules are improved, the paper provided an algorithm with a function of class learning such as self-adaptive, self-steady and self-study, etc. Finally, to suit the multi-channel input signals of more objects, and to solve the complex diagnostic images recognition effective, a method of self-adaptive and class learning is presented.
机译:在本文中,我们提出了一种新的方法,该方法提供了学习功能,可以有效地解决诊断图像识别的问题。本研究对人脑的特征进行了研究和参考,例如,首先,人脑的研究是自主的,它可以研究和识别复杂,不稳定和干扰环境中的目标,而且,在大多数情况下自行学习,并且学习与实践之间正在同步进行,此外,人脑的记忆明显提供了自组织的特征。而且,该技术利用了可塑性和可连接性的特点。利用ART神经网络架构,改进规则,提供了具有自适应,自稳定,自学习等类学习功能的算法。最后,适合多通道输入信号为了解决复杂的诊断图像识别问题,提出了一种自适应的,分类学习的方法。

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