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首页> 外文期刊>International journal of soft computing >An Intrusion Detection System for Secure Distributed Local Action Detection andRetransmission of Packets
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An Intrusion Detection System for Secure Distributed Local Action Detection andRetransmission of Packets

机译:用于数据包的安全分布式本地动作检测和重传的入侵检测系统

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摘要

With improved technologies, research has a wide scope for identifying various intruders andproviding continuous security to any type of data in a network. Present methodologies are working absolutelywell in identifying the intruder and securing their data. In this study, we want to show that a mechanism hasevolved where in we can identify the intruder?s access to our data and send the alert information to the senderthat an unauthorized access has turn out. Once the data is sent through packets it undergoes various steps likeHashing, encryption and comparison of the data concatenated with the data packets sent. Hence, in case ofany mismatch an alert message will be sent and after sending the alert message the sender should retransmitthe data using different path in the same process and the mechanism continues till the destination node sendsan acknowledgement to the sender that sent data and received data is matched. With this mechanism, we canassure that the data will not be steeled by any intruder and hence security can be enhanced. A timer will alsobe kept for efficient matching of the data packets. If the user doesn?t access the data in a mentioned time thesession will be expired and hence he should wait till the data is retransmitted again. We tried to enhance thethroughput by means of re transmission of lost packets amid information exchange over the predeterminedsystem. We can recognize the loss of packet by the technique of packet synchronization and the destinationsends the request for re transmission of lost packets which is called as re-transmission.
机译:借助改进的技术,研究可以广泛地识别各种入侵者并为网络中的任何类型的数据提供持续的安全性。当前的方法在识别入侵者和保护其数据方面运转良好。在本研究中,我们想证明一种机制已经发展,在这种机制中,我们可以识别入侵者对我们数据的访问,并将警报信息发送给发件人,表明未经授权的访问已被发现。数据通过数据包发送后,将经历各种步骤,例如对与发送的数据包连接的数据进行哈希,加密和比较。因此,如果出现任何不匹配的情况,将发送警报消息,并且在发送警报消息后,发送方应在同一过程中使用不同的路径重新传输数据,并且该机制将继续进行,直到目标节点向发送方发送确认已发送数据和接收到的数据为止。匹配。通过这种机制,我们可以确保任何入侵者都不会窃取数据,因此可以提高安全性。还将保留计时器以有效匹配数据分组。如果用户未在指定的时间内访问数据,则会话将过期,因此他应等待直到再次传输数据。我们试图通过在预定系统上进行信息交换时重新传输丢失的数据包来提高吞吐量。我们可以通过分组同步技术来识别分组丢失,并且目的地发送重新发送丢失分组的请求,这称为重传。

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