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Intrusion Detection and Prevention system using Cuckoo search algorithm with ANN in Cloud Computing

机译:利用ANN在云计算中使用Cuckoo搜索算法的入侵检测和预防系统

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The Security is a vital aspect of cloud service as it comprises of data that belong to multiple users. Cloud service providers are responsible for maintaining data integrity, confidentiality and availability. They must ensure that their infrastructure and data are protected from intruders. In this research work Intrusion Detection System is designed to detect malicious server by using Cuckoo Search (CS) along with Artificial Intelligence. CS is used for feature optimization with the help of fitness function, the server's nature is categorized into two types: normal and attackers. On the basis of extracted features, ANN classify the attackers which affect the networks in cloud environment. The main aim is to distinguish attacker servers that are affected by DoS/DDoS, Black and Gray hole attacks from the genuine servers. Thus, instead of passing data to attacker server, the server passes the data to the genuine servers and hence, the system is protected. To validate the performance of the system, QoS parameters such as PDR (Packet delivery rate), energy consumption rate and total delay before and after prevention algorithm are measured. When compared with existing work, the PDR and the delay have been enhanced by 3.0 %and 21.5 %.
机译:安全性是云服务的重要方面,因为它包括属于多个用户的数据。云服务提供商负责维护数据完整性,机密性和可用性。他们必须确保其基础设施和数据受到入侵者的影响。在本研究中,工作入侵检测系统旨在通过使用Cuckoo搜索(CS)以及人工智能来检测恶意服务器。 CS在健身功能的帮助下使用功能优化,服务器的性质分为两种类型:普通和攻击者。在提取的功能的基础上,ANN分类影响云环境中网络的攻击者。主要目的是区分由正版服务器影响的DOS / DDOS,黑色和灰色孔攻击影响的攻击者服务器。因此,而不是将数据传递给攻击者服务器,服务器将数据传递给真版服务器,因此,系统受到保护。为了验证系统的性能,测量QoS参数,例如PDR(分组传递率),能耗率和预防算法之前和之后的总延迟。与现有工作相比,PDR和延迟的增长率增强了3.0%和21.5%。

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