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Forging a deep learning neural network intrusion detection framework to curb the distributed denial of service attack

机译:锻造深度学习神经网络入侵检测框架,以遏制分布式拒绝服务攻击

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Today’s popularity of the internet has since proven an effective and efficient means of information sharing. However, this has consequently advanced the proliferation of adversaries who aim at unauthorized access to information being shared over the internet medium. These are achieved via various means one of which is the distributed denial of service attacks-which has become a major threat to the electronic society. These are carefully crafted attacks of large magnitude that possess the capability to wreak havoc at very high levels and national infrastructures. This study posits intelligent systems via the use of machine learning frameworks to detect such. We employ the deep learning approach to distinguish between benign exchange of data and malicious attacks from data traffic. Results shows consequent success in the employment of deep learning neural network to effectively differentiate between acceptable and non-acceptable data packets (intrusion) on a network data traffic.
机译:今天,互联网的普及已经证明了一种有效而有效的信息共享手段。 然而,这使得这一切宣传了旨在未经授权访问正在通过互联网媒体共享的信息的对手的增殖。 这些通过各种方式实现,其中一个是分布式拒绝服务攻击 - 这已成为对电子社会的重大威胁。 这些是精心制作的攻击大量的攻击,这些攻击具有在非常高的水平和国家基础设施中造成严重破坏的能力。 本研究通过使用机器学习框架来检测智能系统来检测智能系统。 我们采用深入的学习方法,以区分良性地交流数据流量的数据和恶意攻击。 结果表明,在深度学习神经网络的工作中取得了成功,以有效地区分网络数据流量的可接受和不可接受的数据包(入侵)。

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