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Practical Application of the Data Preprocessing Method for Kohonen Neural Networks in Pattern Recognition Tasks

机译:应用数据预处理方法对模式识别任务中的kohonen神经网络的实际应用

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Self-Organizing Map (SOM) is a very effective solution for solving pattern recognition problems. However, some ambiguities appear during learning process with the existence of linear patterns in the learning data, in this case, the learning process lasts for a long time and the network produces irrelevant results. The work provides the resolution of the detected problem and the application of the SOM for the pattern recognition. To achieve our objective and minimize the learning time, a SOM improved model has been developed. This model uses a special block able to filter the input data and reduce the size of the learning multitude. The presented experimental test results in this work show that the improved model exceeds the standard model in terms of the recognition results accuracy and the learning time. The results obtained in this work encouraged us to think about using the improved model to develop a smart approach (SmartMaps) of Geographic Information Systems (GIS).
机译:自组织地图(SOM)是解决模式识别问题的非常有效的解决方案。然而,在学习过程中,在学习数据中存在线性模式期间出现一些歧义,在这种情况下,学习过程持续很长时间,网络产生无关的结果。该工作提供了检测到的问题的分辨率和SOM的应用程序识别。为了实现我们的目标并最大限度地减少学习时间,已经开发了SOM改进的模型。该模型使用特殊的块能够过滤输入数据并减小学习众多的大小。本工作中所提出的实验测试结果表明,改进的模型在识别结果准确性和学习时间方面超出了标准模型。在这项工作中获得的结果鼓励我们考虑使用改进的模型来开发地理信息系统(GIS)的智能方法(SmartMaps)。

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