Checker Design for On-line Testing of Xilinx FPGA Communication Protocols. - Martin Straka; Jiri Tobola; Zdenek Kotásek (DFT, 2007)

Online Protocol Testing for FPGA Based Fault Tolerant Systems. - Jiri Tobola; Zdenek Kotásek; Jan Korenek; Tomás Martínek; Martin Straka (DSD, 2007)

Digital Systems Architectures Based on On-line Checkers. - Martin Straka; Zdenek Kotásek; Jan Winter (DSD, 2008)

High Availability Fault Tolerant Architectures Implemented into FPGAs. - Martin Straka; Zdenek Kotásek (DSD, 2009)

Modern fault tolerant architectures based on partial dynamic reconfiguration in FPGAs. - Martin Straka; Jan Kastil; Zdenek Kotásek (DDECS, 2010)

Fault Tolerant Structure for SRAM-Based FPGA via Partial Dynamic Reconfiguration. - Martin Straka; Jan Kastil; Zdenek Kotásek (DSD, 2010)

Advanced fault tolerant bus for multicore system implemented in FPGA. - Martin Straka; Jan Kastil; Jaroslav Novotný; Zdenek Kotásek (DDECS, 2011)

SEU Simulation Framework for Xilinx FPGA: First Step towards Testing Fault Tolerant Systems. - Martin Straka; Jan Kastil; Zdenek Kotásek (DSD, 2011)

Test platform for fault tolerant systems design properties verification. - Martin Straka; Lukas Miculka; Jan Kastil; Zdenek Kotásek (DDECS, 2012)

Dependability Analysis of Fault Tolerant Systems Based on Partial Dynamic Reconfiguration Implemented into FPGA. - Jan Kastil; Martin Straka; Lukas Miculka; Zdenek Kotásek (DSD, 2012)

Fault tolerant CAN bus control system implemented into FPGA. - Karel Szurman; Jan Kastil; Martin Straka; Zdenek Kotásek (DDECS, 2013)

Methodology for Fault Tolerant System Design Based on FPGA into Limited Redundant Area. - Lukas Miculka; Martin Straka; Zdenek Kotásek (DSD, 2013)

Fault tolerant system design and SEU injection based testing. - Martin Straka; Jan Kastil; Zdenek Kotásek; Lukas Miculka (Microprocess. Microsystems, 2013)

Metodologie pro návrh číslicových obvodů se zvýšenou spolehlivostí ; Methodology of highly reliable systems design. - Martin Straka (2013)

Software system design for solution of effective material layout for the needs of production and logistics. - Martin Straka; Martin Hricko (Wirel. Networks, 2022)