Pattern matching hardware accelerator

pattern matching method should efficiently handle a large number of patterns with a wide range of pattern lengths and noncase-sensitive pattern matches. It should also be able to process multiple input characters in parallel. In this paper, we propose a multi-pattern matching hardware accelerator based on Shift-OR pat-tern matching algorithm. tion of these operators in reconfigurable hardware. We integrate the hardware accelerator into MonetDB, a main-memory column store, and demonstrate a significant improvement in response time and throughput. Our Hardware User Defined Function (HUDF) can speed up complex pattern matching by an order of magnitude. The present invention provides a pattern matching hardware accelerator optimized for scanning data streams against predefined sets of patterns at high speed that meets these requirements. As will be appreciated by one skilled in the art, the present invention may be embodied as a system, method, computer program product or any combination thereof.

Pattern matching hardware accelerator

tion of these operators in reconfigurable hardware. We integrate the hardware accelerator into MonetDB, a main-memory column store, and demonstrate a significant improvement in response time and throughput. Our Hardware User Defined Function (HUDF) can speed up complex pattern matching by an order of magnitude. pattern matching method should efficiently handle a large number of patterns with a wide range of pattern lengths and noncase-sensitive pattern matches. It should also be able to process multiple input characters in parallel. In this paper, we propose a multi-pattern matching hardware accelerator based on Shift-OR pat-tern matching algorithm. Pattern matching is one of critical parts of Network Intrusion Prevention Systems (NIPS). Pattern matching hardware for NIPS should find a matching pattern at wire speed.This paper introduces hardware accelerators for regular expression matching and approximate string matching. The hardware for regular expression matching . In this paper we consider the problem of string matching which is the most computationally intensive task in IDS. A configurable string matching accelerator is. this paper, we present an FPGA based hardware accelerator to boost the performance of pattern matching in YARA framework. The proposed streaming.

see the video Pattern matching hardware accelerator

Debugging Support for Pattern-Matching Languages and Accelerators, time: 2:00
Tags: Pattern matching hardware accelerator,Pattern matching hardware accelerator,Pattern matching hardware accelerator.

and see this video Pattern matching hardware accelerator

Debugging Support for Pattern-Matching Languages and Accelerators, time: 2:00
Tags: Pattern matching hardware accelerator,Pattern matching hardware accelerator,Pattern matching hardware accelerator.