GPU Acceleration of 2D-DWT Image Compression in MATLAB with CUDA. - Václav Simek; Ram Rakesh Asn (EMS, 2008)

GPU Based Acceleration of Telegraph Equation. - Václav Simek; Michal Kraus 001; Jirí Kunovsky; Jirí Petrek (UKSim, 2008)

GPU Accelerated Solver of Time-Dependent Air Pollutant Transport Equations. - Václav Simek; Radim Dvorak; Frantisek Zboril; Vladimír Drábek (DSD, 2009)

Towards Accelerated Computation of Atmospheric Equations Using CUDA. - Václav Simek; Radim Dvorak; Frantisek Zboril; Jirí Kunovsky (UKSim, 2009)

On analysis of fabricated polymorphic circuits. - Václav Simek; Richard Ruzicka; Lukás Sekanina (DDECS, 2010)

Behavior of CMOS polymorphic circuits in high temperature environment. - Richard Ruzicka; Václav Simek; Lukás Sekanina (DDECS, 2011)

Chip Temperature Selfregulation for Digital Circuits Using Polymorphic Electronics Principles. - Richard Ruzicka; Václav Simek (DSD, 2011)

NAND/NOR gate polymorphism in low temperature environment. - Richard Ruzicka; Václav Simek (DDECS, 2012)

Implementing A Unique Chip Id On A Reconfigurable Polymorphic Circuit. - Lukás Sekanina; Richard Ruzicka; Zdenek Vasícek; Václav Simek; Petr Hanácek (Inf. Technol. Control., 2013)

Implementation of a Cellular Automaton with Globally Switchable Rules. - Václav Simek; Richard Ruzicka; Adam Crha; Radek Tesar (ACRI, 2014)

Reconfigurable Platform with Polymorphic Digital Gates and Partial Reconfiguration Feature. - Václav Simek; Richard Ruzicka (EMS, 2014)

Resistant Gates for Polymorphic Electronics. - Radek Tesar; Richard Ruzicka; Václav Simek (EMS, 2014)

Toward efficient synthesis method of multifunctional logic circuits. - Václav Simek; Richard Ruzicka; Adam Crha (ICM, 2015)

Synthesis Methodology of Polymorphic Circuits Using Polymorphic NAND/NOR Gates. - Adam Crha; Richard Ruzicka; Václav Simek (UKSim, 2015)

Modelling and physical implementation of ambipolar components based on organic materials. - Václav Simek; Radek Tesar; Richard Ruzicka; Adam Crha (ICM, 2016)

Setup for an Experimental Study of Radiation Effects in 65nm CMOS. - Bernhard Fritz; Andreas Steininger; Václav Simek; Varadan Savulimedu Veeravalli (DSD, 2017)

Synthesis tool for design of complex polymorphic circuits. - Adam Crha; Richard Ruzicka; Václav Simek (DTIS, 2017)

Compact library of efficient polymorphic gates based on ambipolar transistors. - Jan Nevoral; Václav Simek; Richard Ruzicka (DTIS, 2017)

From Ambipolarity to Multifunctionality: Novel Library of Polymorphic Gates Using Double-Gate FETs. - Jan Nevoral; Richard Ruzicka; Václav Simek (DSD, 2018)

Towards novel format for representation of polymorphic circuits. - Adam Crha; Václav Simek; Richard Ruzicka (DTIS, 2018)

Optimum polymorphic circuits synthesis method. - Petr Fiser; Václav Simek (DTIS, 2018)

CMOS Gates with Second Function. - Jan Nevoral; Richard Ruzicka; Václav Simek (ISVLSI, 2018)

PAIG Rewriting: The Way to Scalable Multifunctional Digital Circuits Synthesis. - Adam Crha; Václav Simek; Richard Ruzicka (DSD, 2019)

PoLibSi: Path Towards Intrinsically Reconfigurable Components. - Jan Nevoral; Václav Simek; Richard Ruzicka (DSD, 2019)

SAT-Based Generation of Optimum Circuits with Polymorphic Behavior Support. - Petr Fiser; Ivo Hálecek; Jan Schmidt; Václav Simek (J. Circuits Syst. Comput., 2019)

KL-cuts influence on optimization of polymorphic circuits based on PAIG rewriting. - Adam Crha; Václav Simek; Richard Ruzicka (DDECS, 2020)

Power Consumption Analysis of New Generation of Polymorphic Gates. - Jan Nevoral; Václav Simek; Richard Ruzicka (DDECS, 2020)

Technology Mapping for PAIG Optimised Polymorphic Circuits. - Richard Ruzicka; Václav Simek (DSD, 2022)

Polymorphic RTL Computational Elements. - Richard Ruzicka; Václav Simek; Jan Nevoral (DSD, 2023)

The LoLiPoP-IoT Project: Long Life Power Platforms for Internet of Things. - Jakub Lojda; Josef Strnadel; Václav Simek; Pavel Smrz; Mike Hayes; Ralf Popp (DSD, 2024)

First Steps Towards Unified Low-Power IoT Design: The "DYNAMIC" Framework. - Jakub Lojda; Josef Strnadel; Pavel Smrz; Václav Simek (EWDTS, 2024)

On SMC-Based Dependability Analysis in LoLiPoP-IoT Project. - Josef Strnadel; Jakub Lojda; Pavel Smrz; Václav Simek (AISoLA, 2024)

Multi-Partner Project: LoLiPoP-IoT - Design and Simulation of Energy-Efficient Devices for the Internet of Things. - Jakub Lojda; Josef Strnadel; Pavel Smrz; Václav Simek (DATE, 2025)