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LSTM Based Multiple Squashing Functions Deep Learning Model for Advanced Traffic Management System Attack Detection

机译:基于LSTM的多重挤压功能深度流量管理系统攻击检测深度学习模型

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Advanced Traffic Management System is started as a standalone system and now with the developed technology, it has turned to more complex networks through which many types of attacks are occurring on the system. These attacks are difficult to identify and to resolve them. In this paper, we are focusing on detecting these attacks present in the Advanced Traffic Management systems through the booming concept “Deep learning model”. The model proposed in the paper is the extension of Long Short-Term Memory(LSTM) recurrent model. The basics of Recurrent Neural Networks(RNN) model is taken due to its feedback behavior. The model is applied on a dataset that is collected from the online website and validated the model by coding it in python. By the end of the code execution, the model gives us whether the given test data has any attack in it or not. The model checks for more number of features for attack detection than the LSTM
机译:高级流量管理系统作为独立系统启动,现在使用开发的技术,它已经转向更复杂的网络,系统上发生了许多类型的攻击。这些攻击难以识别并解决它们。在本文中,我们专注于通过蓬勃的概念“深度学习模型”来检测高级交通管理系统中存在的这些攻击。本文提出的模型是长短短期记忆(LSTM)复发模型的延伸。由于反馈行为而采取了经常性神经网络(RNN)模型的基础知识。该模型应用于从在线网站收集的数据集上,并通过在Python中编码模型进行验证。在代码执行结束时,该模型给我们给定的测试数据是否有任何攻击。模型检查更多数量的攻击检测功能,而不是LSTM

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