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Michal Bidlo

Publication record assembled from the DBLP archive of ranked conferences.

Papers indexed

17

Venues

5

Active years

2005–2025

Best venue rank

B

Where they publish

Papers

17 indexed papers, newest first.

YearVenueTitleAuthors
2025CECAction-based Representation for Stochastic Optimization of Complex Real-World RVRP.David Sedlak, Michal Bidlo, Milos Cervenka
2020CECEvolution of Cellular Automata with Conditionally Matching Rules for Image Filtering.Michal Bidlo
2019GECCOEvolution of cellular automata development using various representations.Michal Bidlo
2016GECCOEvolution of Complex Emergent Behaviour in Multi-State Cellular Automata.Michal Bidlo
2016IJCCIEvolution of Generic Square Calculations in Cellular Automata.Michal Bidlo
2015IJCCIOn Routine Evolution of New Replicating Structures in Cellular Automata.Michal Bidlo
2015IJCCIEvolution of Cellular Automata-Based Replicating Structures Exhibiting Unconventional Features.Michal Bidlo
2014CECEvolving multiplication as emergent behavior in cellular automata using conditionally matching rules.Michal Bidlo
2014EUROGPOn Evolution of Multi-category Pattern Classifiers Suitable for Embedded Systems.Zdenek Vascek, Michal Bidlo
2013CECEvolution of cellular automata with conditionally matching rules.Michal Bidlo, Zdenek Vascek
2012CECEvolution of cellular automata using instruction-based approach.Michal Bidlo, Zdenek Vascek
2011CECEvolutionary design of robust noise-specific image filters.Zdenek Vascek, Michal Bidlo
2010DATEA method for design of impulse bursts noise filters optimized for FPGA implementations.Zdenek Vascek, Luks Sekanina, Michal Bidlo
2009CECInvestigating gate-level evolutionary development of combinational multipliers using enhanced cellular automata-based model.Michal Bidlo, Zdenek Vascek
2009GECCODevelopment of combinational circuits using non-uniform cellular automata: initial results.Michal Bidlo, Zdenek Vascek
2005GECCOA benchmark for the sorting network problem.Michal Bidlo
2005GECCOProviding information from the environment for growing electronic circuits through polymorphic gates.Michal Bidlo, Luks Sekanina