NFA split architecture for fast regular expression matching. - Jan Korenek; Vlastimil Kosar (ANCS, 2010)

Efficient mapping of nondeterministic automata to FPGA for fast regular expression matching. - Jan Korenek; Vlastimil Kosar (DDECS, 2010)

Hacking NetCOPE to Run on NetFPGA-10G. - Pavol Korcek; Vlastimil Kosar; Martin Zádník; Karel Koranda; Petr Kastovsky (ANCS, 2011)

Netbench: Framework for Evaluation of Packet Processing Algorithms. - Viktor Pus; Jiri Tobola; Vlastimil Kosar; Jan Kastil; Jan Korenek (ANCS, 2011)

Reduction of FPGA resources for regular expression matching by relation similarity. - Vlastimil Kosar; Jan Korenek (DDECS, 2011)

A new embedded platform for rapid development of network applications. - Jan Korenek; Pavol Korcek; Vlastimil Kosar; Martin Zádník; Jan Viktorin (ANCS, 2012)

Framework for fast prototyping of applications running on reconfigurable system on chip. - Jan Viktorin; Pavol Korcek; Vlastimil Kosar; Jan Korenek (DASIP, 2013)

Hardware architecture for the fast pattern matching. - Jan Kastil; Vlastimil Kosar; Jan Korenek (DDECS, 2013)

NFA reduction for regular expressions matching using FPGA. - Vlastimil Kosar; Martin Zádník; Jan Korenek (FPT, 2013)

On NFA-split architecture optimizations. - Vlastimil Kosar; Jan Korenek (DDECS, 2014)

Towards Efficient Field Programmable Pattern Matching Array. - Vlastimil Kosar; Jan Korenek (DSD, 2015)

Dynamically Reconfigurable Architecture with Atomic Configuration Updates for Flexible Regular Expressions Matching in FPGA. - Vlastimil Kosar; Jan Korenek (DSD, 2016)

Evolutionary circuit design for fast FPGA-based classification of network application protocols. - David Grochol; Lukás Sekanina; Martin Zádník; Jan Korenek; Vlastimil Kosar (Appl. Soft Comput., 2016)

Increasing Throughput of Intrusion Detection Systems by Hash-Based Short String Pre-filter. - Tomás Fukac; Vlastimil Kosar; Jan Korenek; Jirí Matousek 002 (LCN, 2020)

Accelerating IDS Using TLS Pre-Filter in FPGA. - Vlastimil Kosar; Lukas Sismis; Jirí Matousek 002; Jan Korenek (ISCC, 2023)