FPGA Implementation of Winny Packets Detection for Mobile Computing

T. Sato, S. Imaruoka, M. Fukase
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Abstract

IPS is crucial for Internet community. Especially, it is true for mobile computing due to its diversity. Since IPS has been developed in the form of software, it has problems of CPU resources, processing speed, and failure risk due to interference with applications. Thus, they cannot be installed in mobile platforms. In order to overcome the shortcoming of software IPS, we have so far exploited a hardware-and host-based IPS or H-HIPS. We focus in this paper the implementation of Winny packets detection unit in H-HIPS considering its importance. Although Winny is a useful file exchanging software, it is also a cause of information leakage. This is serious in view of especially corporation, government, and academic. Firstly, we exploit a detection algorithm. Then, it is implemented in FPGA. This is compared with regular software IPS. Although FPGA is slower than PC used in running IPS, it is 300 times higher.
移动计算Winny数据包检测的FPGA实现
IPS对互联网社区至关重要。由于移动计算的多样性,尤其如此。由于IPS是以软件的形式开发的,因此存在CPU资源、处理速度以及受应用程序干扰而出现故障的风险等问题。因此,它们不能安装在移动平台上。为了克服软件入侵防御系统的不足,我们开发了一种基于硬件和主机的入侵防御系统,即H-HIPS。考虑到Winny数据包检测单元在H-HIPS中的重要性,本文重点研究了它的实现。Winny虽然是一个有用的文件交换软件,但它也是导致信息泄露的一个原因。从企业、政府和学术界的角度来看,这是一个严重的问题。首先,我们开发了一种检测算法。然后在FPGA上实现。这与常规软件入侵防御进行了比较。虽然FPGA运行IPS的速度比PC慢,但速度是PC的300倍。
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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