Power and Time Efficient IP Lookup Table Design Using Partitioned TCAMs

This paper proposes a power and time efficient scheme for designing IP lookup tables. The proposed scheme uses partitioned Ternary Content Addressable Memories (TCAMs) that store IP lookup tables. The proposed scheme enables O(1) time penalty for updating an IP lookup table. The partitioned TCAMs allow an update done by a simple insertion without the need for routing table sorting. The organization of the routing table of the proposed scheme is based on a partition with respect to the output port for routing with a smaller priority encoder. The proposed scheme still preserves a similar storage requirement and clock rate to those of existing designs. Furthermore, this scheme reduces power consumption due to using a partitioned routing table.

基于Windows平台的网络流量监测器的设计与实现

介绍了利用混杂模式实现网络流量监测器的原理与设计,给出了系统所需要的软硬件环境,使用Winpcap开发包实现了系统的功能,具有很好的实用价值。最后给出该系统的主要特点,对以后如何扩展系统的功能也做了分析。