This paper presents an algorithm for exact pattern matching based on a new type of Bloom filter that we call a feed-forward Bloom filter. Besides filtering the input corpus, a feed-forward Bloom filter is also able to reduce the set of patterns needed for the exact matching phase. We show that this technique, along with a CPU architecture aware design of the Bloom filter, can provide speedups between 2 × and 30×, and memory consumption reductions as large as 50 × when compared with grep, while the filtering speed can be as much as 5 × higher than that of a normal Bloom filters
Pattern matching forms the core of many applications and contributes to a significant fraction of th...
Searching techniques significantly determine the speed of getting the information or objects. Findin...
Pattern matching is a key building block of Intrusion Detection Systems and firewalls, which are dep...
This paper presents an algorithm for exact pattern matching based on a new type of Bloom filter that...
This article presents a new, memory efficient and cache-optimized algorithm for simultaneously searc...
This article presents a new, memory efficient and cache-optimized algorithm for simultaneously searc...
Multi-pattern matching is known to require intensive memory accesses and is often a performance bott...
High-speed packet content inspection and filtering devices rely on a fast multi-pattern matching alg...
A few known techniques of exact pattern matching, such as 2-byte read, skip loop, and sliding search...
Many fields of computing such as Deep Packet Inspection (DPI) employ string matching modules (SMM) t...
Abstract-In this paper, we propose a high performance archi-tecture based on the combination of Bloo...
This paper addresses the problem of speeding up string matching by text compression, and presents a ...
AbstractBloom filter is widely used in network packet processing due to its fast lookup speed and sm...
This paper presents new alternatives to the well-known Bloom filter data structure. The Bloom filter...
Abstract — In this paper we present a hardware architecture for string matching. Our solution based ...
Pattern matching forms the core of many applications and contributes to a significant fraction of th...
Searching techniques significantly determine the speed of getting the information or objects. Findin...
Pattern matching is a key building block of Intrusion Detection Systems and firewalls, which are dep...
This paper presents an algorithm for exact pattern matching based on a new type of Bloom filter that...
This article presents a new, memory efficient and cache-optimized algorithm for simultaneously searc...
This article presents a new, memory efficient and cache-optimized algorithm for simultaneously searc...
Multi-pattern matching is known to require intensive memory accesses and is often a performance bott...
High-speed packet content inspection and filtering devices rely on a fast multi-pattern matching alg...
A few known techniques of exact pattern matching, such as 2-byte read, skip loop, and sliding search...
Many fields of computing such as Deep Packet Inspection (DPI) employ string matching modules (SMM) t...
Abstract-In this paper, we propose a high performance archi-tecture based on the combination of Bloo...
This paper addresses the problem of speeding up string matching by text compression, and presents a ...
AbstractBloom filter is widely used in network packet processing due to its fast lookup speed and sm...
This paper presents new alternatives to the well-known Bloom filter data structure. The Bloom filter...
Abstract — In this paper we present a hardware architecture for string matching. Our solution based ...
Pattern matching forms the core of many applications and contributes to a significant fraction of th...
Searching techniques significantly determine the speed of getting the information or objects. Findin...
Pattern matching is a key building block of Intrusion Detection Systems and firewalls, which are dep...