日本語フィールド
著者：Yoshiyuki Yamashita and Masato Tsuru題名：Implementation and Evaluation of Fast Parallel Packet Filters on a Cell Processor発表情報：NDT 2010 (the 2nd international Conference on Networked Digital Technologies), CCIS 巻: 87 ページ: 197-212キーワード：packet filter, code optimization, multi-core processor概要：マルチコアプロセッサCell上に並列パケットフィルタを実装した。
仮想ネットワークおよび実ネットワーク上で実験を行い、単体プロセッサでの実装に比べ、40倍以上の高速化が可能であることを示した。抄録：Packet filters are essential for most areas of recent information network technologies. While high-end expensive routers and firewalls are implemented in hardware-based, flexible and cost-effective ones are usually in software-based solutions using general-purpose CPUs but have less performance. The authors have studied the methods of applying code optimization techniques to the packet filters executing on a single core processor. In this paper, by utilizing the multi-core processor Cell Broadband Engine with software pipelining, we construct a parallelized and SIMDed packet filter 40 times faster than the naive C program filter executed on a single core.英語フィールド
Author：Yoshiyuki Yamashita and Masato TsuruTitle：Implementation and Evaluation of Fast Parallel Packet Filters on a Cell ProcessorAnnouncement information:NDT 2010 (the 2nd international Conference on Networked Digital Technologies), CCIS Vol: 87 Page: 197-212Keyword：packet filter, code optimization, multi-core processorAn abstract：The high-speed parallelized packet filter is implemented on Cell processor.
The experiments on virtual and real networks show that the parallelized program is more than 40 times faster than the program on a single core processor.An abstract：Packet filters are essential for most areas of recent information network technologies. While high-end expensive routers and firewalls are implemented in hardware-based, flexible and cost-effective ones are usually in software-based solutions using general-purpose CPUs but have less performance. The authors have studied the methods of applying code optimization techniques to the packet filters executing on a single core processor. In this paper, by utilizing the multi-core processor Cell Broadband Engine with software pipelining, we construct a parallelized and SIMDed packet filter 40 times faster than the naive C program filter executed on a single core.