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Towards safe and optimal filtering rule reordering for complex packet filters

机译:对复杂数据包过滤器的安全和最佳过滤规则重新排序

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The growth of the Internet coupled with the complexity of the security needs increases the demands on filtering performance, so much so that it is crucial to maintain high classification throughput in a high speed environment. As a result, today's security devices require innovative designs and algorithms to optimize the efficiency of packet filtering systems. In this paper, we propose a safe and an optimal reordering method aimed at reducing the operational cost of network packet filters. In addition, an evaluation performance study is also given using a set of special matrices: Dependency Matrix, Reordering Matrix and Grouping Matrix. Besides, each matrix has an associated factor in [0,1] and the new defined factors are introduced to measure the efficiency of the proposed technique and to show its high potential to make optimization easy, optimal and safe.
机译:互联网的增长与安全需求的复杂性相结合,增加了对滤波性能的需求,因此在高速环境中保持高分类吞吐量至关重要。因此,今天的安全设备需要创新的设计和算法来优化数据包过滤系统的效率。在本文中,我们提出了一种安全和最佳的重新排序方法,旨在降低网络包过滤器的运营成本。此外,还使用一组特殊矩阵给出了评估性能研究:依赖性矩阵,重新排序矩阵和分组矩阵。此外,每个矩阵在[0,1]中有一个相关的因子,并引入了新的定义因子来测量所提出的技术的效率,并显示其高潜力,使优化容易,最佳和安全。

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