Mohammad J. Akhbarizadeh

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Overview Overview n Use of address cache for IP packet forwarding n Caching address ranges instead of IP addresses to reduce cache size n Caching route prefixes directly n Encompassing (Parent) prefixes are the problem n RRC-PR avoids the parent prefixes and only places disjoint prefixes into the cache. n RRC-ME uses Minimal Expansion algorithm to handle(More)
An optimized ternary CAM concept is introduced for application in the longest prefix matching tasks of the Internet search engines. It employs w+1 RAM bits for a word of size w. A conventional TCAM needs 2w RAM bits for the same word size. Based on this concept an 8 bit prefix-CAM cluster is designed out of 9 SRAM bits, four of which merge to store a 32-bit(More)
—An optimized Ternary CAM concept is introduced for the hardware search engines in high-speed Internet routers. Our design employs + 1 RAM bits to store a word of size , whereas a conventional TCAM needs 2 RAM bits for the same word size. Based on this concept an 8-bit cluster is designed out of 9 SRAM bits, used as the basic building block of our(More)
–In this paper, we present an efficient IP packet forwarding methodology and architecture. This is achieved by partitioning the lookup table into the smaller ones for each output port and allowing a forwarding engine to process them in parallel. This effectively reduces the complexity of finding " the longest prefix match " problem to " the first prefix(More)
We present a search algorithm implementable by a parallel architecture based on partitioned forwarding table. This scheme effectively reduces the complexity of finding "the longest prefix match" problem to "a prefix match" problem. The main feature of this algorithm is twofold. First, it advocates intelligent partitioning of the forwarding table to enhance(More)
A novel low power ripple-precharge ternary CAM (RP-TCAM) architecture is proposed for applications in longest prefix matching tasks. The main motivation behind this research is to reduce the dynamic power consumption in TCAM due to frequent charging and discharging of the highly capacitive match line. This issue is addressed by exploiting the fact that when(More)