Secured packet inspection with hierarchical pattern matching implemented using incremental clustering algorithm

P. Sethi, P. Behera
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引用次数: 5

Abstract

In the present scenario, most of the computing operations are performed over the Internet. Many companies provide their services using Internet, so networking services becomes more important these days. Hence, there is high demand for secured management of information, along with faster processing of operations. Due to increased demand for network services, there is a need to increase the performance of these services. The gradual increase in the amount of important information increases the packet payloads. EHMA is a faster searching algorithm that reduces the searching time significantly. In the original paper [1], EHMA is implemented in two tiers, but this paper considers the implementation of EHMA in three tiers. It follows incremental clustering algorithm for grouping clusters according to their impact factors. This three tier implementation of EHMA improves the security of the information as it uses SHA-256 for security.
使用增量聚类算法实现分层模式匹配的安全数据包检测
在当前的场景中,大多数计算操作都是在Internet上执行的。许多公司使用互联网提供服务,因此网络服务在当今变得更加重要。因此,对信息的安全管理以及更快的操作处理有很高的需求。由于对网络服务的需求增加,需要提高这些服务的性能。随着重要信息量的逐渐增加,数据包的有效载荷也随之增加。EHMA是一种更快的搜索算法,可以显著减少搜索时间。在原文献[1]中,EHMA是两层实现的,而本文考虑EHMA是三层实现的。采用增量聚类算法,根据影响因子对聚类进行分组。EHMA的这个三层实现提高了信息的安全性,因为它使用SHA-256来保证安全性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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