Fighting Class Name Clashes in Java Component Systems. - Petr Hnetynka; Petr Tuma 001 (JMLC, 2003)

Hand-written vs. MOF-based Metadata Repositories: The SOFA Experience. - Petr Hnetynka; Michal Píse (ECBS, 2004)

A Model-driven Environment for Component Deployment. - Petr Hnetynka (SERA, 2005)

Dynamic Reconfiguration and Access to Services in Hierarchical Component Models. - Petr Hnetynka; Frantisek Plásil (CBSE, 2006)

SOFA 2.0: Balancing Advanced Features in a Hierarchical Component Model. - Tomás Bures; Petr Hnetynka; Frantisek Plásil (SERA, 2006)

CoCoME in SOFA. - Tomás Bures; Martin Decký; Petr Hnetynka; Jan Kofron; Pavel Parízek; Frantisek Plásil; Tomás Poch; Ondrej Sery; Petr Tuma 001 (CoCoME, 2007)

Advanced Features of Hierarchical Component Models. - Petr Hnetynka; Tomás Bures (ISIM, 2007)

Runtime Support for Advanced Component Concepts. - Tomás Bures; Petr Hnetynka; Frantisek Plásil; Jan Klesnil; Ondrej Kmoch; Tomas Kohan; Pavel Kotrc (SERA, 2007)

Using DSL for Automatic Generation of Software Connectors. - Tomás Bures; Michal Malohlava; Petr Hnetynka (ICCBSS, 2008)

Perspectives in component-based software engineering. - Jirí Adámek; Petr Hnetynka (SEESE@ICSE, 2008)

Automated Generation of Implementation from Textual System Requirements. - Jan Francu; Petr Hnetynka (CEE-SET, 2008)

Safe Systems with Software Components in SOFA 2. - Tomás Bures; Petr Hnetynka (ERCIM News, 2008)

Bridging the Component-Based and Service-Oriented Worlds. - Karel Masek; Petr Hnetynka; Tomás Bures (EUROMICRO-SEAA, 2009)

Using a product line for creating component systems. - Tomás Bures; Petr Hnetynka; Michal Malohlava (SAC, 2009)

Supporting Real-Life Applications in Hierarchical Component Systems. - Pavel Jezek; Tomás Bures; Petr Hnetynka (SERA (selected papers), 2009)

JavaCompExt: Extracting Architectural Elements from Java Source Code. - Nicolas Anquetil; Jean-Claude Royer; Pascal André; Gilles Ardourel; Petr Hnetynka; Tomás Poch; Dragos Petrascu; Vladiela Petrascu (WCRE, 2009)

Automated Code Generation from System Requirements in Natural Language. - Jan Francu; Petr Hnetynka (e Informatica Softw. Eng. J., 2009)

Using Connectors to Address Transparent Distribution in Enterprise Systems - Pitfalls and Options. - Tomás Bures; Josef Hala; Petr Hnetynka (Software Engineering, Artificial Intelligence, Networking and Parallel/Distributed Computing, 2009)

Extensible Polyglot Programming Support in Existing Component Frameworks. - Jaroslav Keznikl; Michal Malohlava; Tomás Bures; Petr Hnetynka (EUROMICRO-SEAA, 2011)

Verifying Temporal Properties of Use-Cases in Natural Language. - Viliam Simko; David Hauzar; Tomás Bures; Petr Hnetynka; Frantisek Plásil (FACS, 2011)

Introducing Support for Embedded and Real-Time Devices into Existing Hierarchical Component System: Lessons Learned. - Tomás Pop; Jaroslav Keznikl; Petr Hosek 001; Michal Malohlava; Tomás Bures; Petr Hnetynka (SERA, 2011)

Comparing the Service Component Architecture and Fractal Component Model. - Petr Hnetynka; Liam Murphy 001; John Murphy 001 (Comput. J., 2011)

Using meta-modeling in design and implementation of component-based systems: the SOFA case study. - Petr Hnetynka; Frantisek Plásil (Softw. Pract. Exp., 2011)

FOAM: A Lightweight Method for Verification of Use-Cases. - Viliam Simko; Petr Hnetynka; Tomás Bures; Frantisek Plásil (EUROMICRO-SEAA, 2012)

CoDIT: Bridging the Gap between System-Level and Component-Level Development. - Lukás Hermann; Tomás Bures; Petr Hnetynka; Michal Malohlava (SERA (selected papers), 2012)

SOFA 2 Component Framework and Its Ecosystem. - Michal Malohlava; Petr Hnetynka; Tomás Bures (FESCA, 2012)

DEECO: an ensemble-based component system. - Tomás Bures; Ilias Gerostathopoulos; Petr Hnetynka; Jaroslav Keznikl; Michal Kit; Frantisek Plásil (CBSE, 2013)

Design of ensemble-based component systems by invariant refinement. - Jaroslav Keznikl; Tomás Bures; Frantisek Plásil; Ilias Gerostathopoulos; Petr Hnetynka; Nicklas Hoch (CBSE, 2013)

Position paper: towards a requirements-driven design of ensemble-based component systems. - Ilias Gerostathopoulos; Tomás Bures; Petr Hnetynka (HotTopiCS, 2013)

Interoperable domain-specific languages families for code generation. - Michal Malohlava; Frantisek Plásil; Tomás Bures; Petr Hnetynka (Softw. Pract. Exp., 2013)

Recovering Traceability Links Between Code and Specification Through Domain Model Extraction. - Jirí Vinárek; Petr Hnetynka; Viliam Simko; Petr Kroha (EOMAS@CAiSE, 2014)

Strengthening architectures of smart CPS by modeling them as runtime product-lines. - Tomás Bures; Petr Hnetynka; Frantisek Plásil (CBSE, 2014)

Gossiping Components for Cyber-Physical Systems. - Tomás Bures; Ilias Gerostathopoulos; Petr Hnetynka; Jaroslav Keznikl; Michal Kit; Frantisek Plásil (ECSA, 2014)

DEECo: an ecosystem for cyber-physical systems. - Rima Al Ali; Tomás Bures; Ilias Gerostathopoulos; Petr Hnetynka; Jaroslav Keznikl; Michal Kit; Frantisek Plásil (ICSE Companion, 2014)

Comparison of component frameworks for real-time embedded systems. - Tomás Pop; Petr Hnetynka; Petr Hosek 001; Michal Malohlava; Tomás Bures (Knowl. Inf. Syst., 2014)

Automated resolution of connector architectures using constraint solving (ARCAS method). - Jaroslav Keznikl; Tomás Bures; Frantisek Plásil; Petr Hnetynka (Softw. Syst. Model., 2014)

Towards Intelligent Ensembles. - Tomás Bures; Filip Krijt; Frantisek Plásil; Petr Hnetynka; Zbynek Jirácek (ECSA Workshops, 2015)

Meta-Adaptation Strategies for Adaptation in Cyber-Physical Systems. - Ilias Gerostathopoulos; Tomás Bures; Petr Hnetynka; Adam Hujecek; Frantisek Plásil; Dominik Skoda (ECSA, 2015)

A Method for Semi-automated Generation of Test Scenarios Based on Use Cases. - Richard Lipka; Toma Potuak; Premek Brada; Petr Hnetynka; Jirí Vinárek (EUROMICRO-SEAA, 2015)

Verification of Use-Cases with FOAM Tool in Context of Cloud Providers. - Jirí Vinárek; Viliam Simko; Petr Hnetynka (EUROMICRO-SEAA, 2015)

An Architecture Framework for Experimentations with Self-Adaptive Cyber-physical Systems. - Michal Kit; Ilias Gerostathopoulos; Tomás Bures; Petr Hnetynka; Frantisek Plásil (SEAMS@ICSE, 2015)

Formal Verification of Annotated Textual Use-Cases. - Viliam Simko; David Hauzar; Petr Hnetynka; Tomás Bures; Frantisek Plásil (Comput. J., 2015)

The Invariant Refinement Method. - Tomás Bures; Ilias Gerostathopoulos; Petr Hnetynka; Jaroslav Keznikl; Michal Kit; Frantisek Plásil (The ASCENS Approach, 2015)

Model problem and testbed for experiments with adaptation in smart cyber-physical systems. - Vladimír Matena; Tomás Bures; Ilias Gerostathopoulos; Petr Hnetynka (SEAMS@ICSE, 2016)

Smart Coordination of Autonomic Component Ensembles in the Context of Ad-Hoc Communication. - Tomás Bures; Petr Hnetynka; Filip Krijt; Vladimír Matena; Frantisek Plásil (ISoLA (1), 2016)

Statistical Approach to Architecture Modes in Smart Cyber Physical Systems. - Tomás Bures; Petr Hnetynka; Jan Kofron; Rima Al Ali; Dominik Skoda (WICSA, 2016)

Towards an Automated Requirements-driven Development of Smart Cyber-Physical Systems. - Jirí Vinárek; Petr Hnetynka (FESCA@ETAPS, 2016)

Self-adaptation in software-intensive cyber-physical systems: From system goals to architecture configurations. - Ilias Gerostathopoulos; Tomás Bures; Petr Hnetynka; Jaroslav Keznikl; Michal Kit; Frantisek Plásil; Noël Plouzeau (J. Syst. Softw., 2016)

Intelligent Ensembles - A Declarative Group Description Language and Java Framework. - Filip Krijt; Zbynek Jirácek; Tomás Bures; Petr Hnetynka; Ilias Gerostathopoulos (SEAMS@ICSE, 2017)

Automated Dynamic Formation of Component Ensembles - Taking Advantage of Component Cooperation Locality. - Filip Krijt; Zbynek Jirácek; Tomás Bures; Petr Hnetynka; Frantisek Plásil (MODELSWARD, 2017)

Software abstractions and architectures for smart cyber-physical systems: Keynote address. - Petr Hnetynka (SERA, 2017)

Intelligent Ensembles - a Declarative Group Description Language and Java Framework (Artifact). - Filip Krijt; Zbynek Jirácek; Tomás Bures; Petr Hnetynka; Ilias Gerostathopoulos (Dagstuhl Artifacts Ser., 2017)

Strengthening Adaptation in Cyber-Physical Systems via Meta-Adaptation Strategies. - Ilias Gerostathopoulos; Tomás Bures; Petr Hnetynka; Adam Hujecek; Frantisek Plásil; Dominik Skoda (ACM Trans. Cyber Phys. Syst., 2017)

Modeling of dynamic trust contracts for industry 4.0 systems. - Rima Al Ali; Robert Heinrich; Petr Hnetynka; Adrian Juan Verdejo; Stephan Seifermann; Maximilian Walter (ECSA (Companion), 2018)

Guaranteed latency applications in edge-cloud environment. - Petr Hnetynka; Petr Kubát; Rima Al Ali; Ilias Gerostathopoulos; Danylo Khalyeyev (ECSA (Companion), 2018)

A Virtual Playground for Testing Smart Cyber-Physical Systems. - Danylo Khalyeyev; Petr Hnetynka; Tomás Bures (ICSA Companion, 2018)

Dynamic Security Specification Through Autonomic Component Ensembles. - Rima Al Ali; Tomás Bures; Petr Hnetynka; Filip Krijt; Frantisek Plásil; Jirí Vinárek (ISoLA (3), 2018)

Experimenting with Adaptation in Smart Cyber-Physical Systems: A Model Problem and Testbed. - Vladimír Matena; Tomás Bures; Ilias Gerostathopoulos; Petr Hnetynka (Engineering Adaptive Software Systems, 2019)

Dynamic security rules for legacy systems. - Rima Al Ali; Petr Hnetynka; Jiri Havlik; Vlastimil Krivka; Robert Heinrich; Stephan Seifermann; Maximilian Walter; Adrian Juan Verdejo (ECSA (Companion), 2019)

IVIS: Highly customizable framework for visualization and processing of IoT data. - Lubomír Bulej; Tomás Bures; Petr Hnetynka; Václav Camra; Petr Siegl; Michal Töpfer (SEAA, 2020)

QRML: A Component Language and Toolset for Quality and Resource Management. - Freek van den Berg; Václav Camra; Martijn Hendriks; Marc Geilen; Petr Hnetynka; Fernando Manteca; Pablo Sánchez; Tomás Bures; Twan Basten (FDL, 2020)

Using component ensembles for modeling autonomic component collaboration in smart farming. - Petr Hnetynka; Tomás Bures; Ilias Gerostathopoulos; Jan Pacovsky (SEAMS@ICSE, 2020)

Forming Ensembles at Runtime: A Machine Learning Approach. - Tomás Bures; Ilias Gerostathopoulos; Petr Hnetynka; Jan Pacovsky (ISoLA (2), 2020)

Capturing Dynamicity and Uncertainty in Security and Trust via Situational Patterns. - Tomás Bures; Petr Hnetynka; Robert Heinrich; Stephan Seifermann; Maximilian Walter (ISoLA (2), 2020)

Towards Language-Agnostic Reuse of Palladio Quality Analyses. - Malte Reimann; Stephan Seifermann; Maximilian Walter; Robert Heinrich; Tomás Bures; Petr Hnetynka (Softwaretechnik-Trends, 2020)

Toward autonomically composable and context-dependent access control specification through ensembles. - Rima Al Ali; Tomás Bures; Petr Hnetynka; Jan Matejek; Frantisek Plásil; Jirí Vinárek (Int. J. Softw. Tools Technol. Transf., 2020)

A language and framework for dynamic component ensembles in smart systems. - Tomás Bures; Ilias Gerostathopoulos; Petr Hnetynka; Frantisek Plásil; Filip Krijt; Jirí Vinárek; Jan Kofron (Int. J. Softw. Tools Technol. Transf., 2020)

Architectural Optimization for Confidentiality Under Structural Uncertainty. - Maximilian Walter; Sebastian Hahner; Stephan Seifermann; Tomás Bures; Petr Hnetynka; Jan Pacovský; Robert Heinrich (ECSA (Tracks and Workshops), 2021)

Self-adaptive K8S Cloud Controller for Time-sensitive Applications. - Lubomír Bulej; Tomás Bures; Petr Hnetynka; Danylo Khalyeyev (SEAA, 2021)

Aspect-Oriented Adaptation of Access Control Rules. - Tomás Bures; Ilias Gerostathopoulos; Petr Hnetynka; Stephan Seifermann; Maximilian Walter; Robert Heinrich (SEAA, 2021)

Modeling Data Flow Constraints for Design-Time Confidentiality Analyses. - Sebastian Hahner; Stephan Seifermann; Robert Heinrich; Maximilian Walter; Tomás Bures; Petr Hnetynka (ICSA Companion, 2021)

Towards fuzzification of adaptation rules in self-adaptive architectures. - Tomás Bures; Petr Hnetynka; Martin Krulis; Danylo Khalyeyev; Sebastian Hahner; Stephan Seifermann; Maximilian Walter; Robert Heinrich (CoRR, 2021)

Managing latency in edge-cloud environment. - Lubomír Bulej; Tomás Bures; Adam Filandr; Petr Hnetynka; Iveta Hnetynková; Jan Pacovsky; Gabor Sandor; Ilias Gerostathopoulos (J. Syst. Softw., 2021)

Targeting uncertainty in smart CPS by confidence-based logic. - Tomás Bures; Petr Hnetynka; Frantisek Plásil; Dominik Skoda; Jan Kofron; Rima Al Ali; Ilias Gerostathopoulos (J. Syst. Softw., 2021)

Dynamic Access Control in Industry 4.0 Systems. - Robert Heinrich; Stephan Seifermann; Maximilian Walter; Sebastian Hahner; Ralf H. Reussner; Tomás Bures; Petr Hnetynka; Jan Pacovský (Digital Transformation, 2022)

ML-DEECo: a Machine-Learning-Enabled Framework for Self-organizing Components. - Michal Töpfer; Milad Abdullah; Martin Krulis; Tomás Bures; Petr Hnetynka (ACSOS-C, 2022)

Introducing Estimators - Abstraction for Easy ML Employment in Self-adaptive Architectures. - Milad Abdullah; Michal Töpfer; Tomás Bures; Petr Hnetynka; Martin Krulis; Frantisek Plásil (ECSA (Tracks and Workshops), 2022)

Towards Characterization of Edge-Cloud Continuum. - Danylo Khalyeyev; Tomás Bures; Petr Hnetynka (ECSA (Tracks and Workshops), 2022)

Generalization of Machine-Learning Adaptation in Ensemble-Based Self-adaptive Systems. - Jan Pacovský; Petr Hnetynka; Martin Krulis (ECSA (Tracks and Workshops), 2022)

Reducing Experiment Costs in Automated Software Performance Regression Detection. - Milad Abdullah; Lubomír Bulej; Tomás Bures; Petr Hnetynka; Vojtech Horký; Petr Tuma 001 (SEAA, 2022)

Handling Environmental Uncertainty in Design Time Access Control Analysis. - Nicolas Boltz; Sebastian Hahner; Maximilian Walter; Stephan Seifermann; Robert Heinrich; Tomás Bures; Petr Hnetynka (SEAA, 2022)

Attuning Adaptation Rules via a Rule-Specific Neural Network. - Tomás Bures; Petr Hnetynka; Martin Krulis; Frantisek Plásil; Danylo Khalyeyev; Sebastian Hahner; Stephan Seifermann; Maximilian Walter; Robert Heinrich (ISoLA (3), 2022)

Ensemble-Based Modeling Abstractions for Modern Self-optimizing Systems. - Michal Töpfer; Milad Abdullah; Tomás Bures; Petr Hnetynka; Martin Krulis (ISoLA (3), 2022)

Towards Model-driven Fuzzification of Adaptive Systems Specification. - Tomás Bures; Petr Hnetynka; Martin Krulis; Jan Pacovský (MODELSWARD, 2022)

Simdex: A Simulator of a Real Self-adaptive job-dispatching System Backend. - Martin Krulis; Tomás Bures; Petr Hnetynka (SEAMS, 2022)

Online ML Self-adaptation in Face of Traps. - Michal Töpfer; Frantisek Plásil; Tomás Bures; Petr Hnetynka; Martin Krulis; Danny Weyns (ACSOS, 2023)

Model-based Confidentiality Analysis under Uncertainty. - Sebastian Hahner; Tizian Bitschi; Maximilian Walter; Tomás Bures; Petr Hnetynka; Robert Heinrich (ICSA-C, 2023)

Towards a Reference Component Model of Edge-Cloud Continuum. - Danylo Khalyeyev; Tomás Bures; Petr Hnetynka (ICSA-C, 2023)

Modeling Machine Learning Concerns in Collective Adaptive Systems. - Petr Hnetynka; Martin Krulis; Michal Töpfer; Tomás Bures (MODELSWARD, 2023)

Architecture-based attack propagation and variation analysis for identifying confidentiality issues in Industry 4.0. - Maximilian Walter; Sebastian Hahner; Tomás Bures; Petr Hnetynka; Robert Heinrich; Ralf H. Reussner (Autom., 2023)

Generating adaptation rule-specific neural networks. - Tomás Bures; Petr Hnetynka; Martin Krulis; Frantisek Plásil; Danylo Khalyeyev; Sebastian Hahner; Stephan Seifermann; Maximilian Walter; Robert Heinrich (Int. J. Softw. Tools Technol. Transf., 2023)

Machine-learning abstractions for component-based self-optimizing systems. - Michal Töpfer; Milad Abdullah; Tomás Bures; Petr Hnetynka; Martin Krulis (Int. J. Softw. Tools Technol. Transf., 2023)

ExpEngine: A Tool for Data Analytics Workflow Optimization Through User-Driven Experimentation. - Keerthiga Rajenthiram; Milad Abdullah; Ilias Gerostathopoulos; Petr Hnetynka; Tomás Bures (ACSOS-C, 2024)

How Well Do LLMs Understand DEECo Ensemble-Based Component Architectures. - Michal Töpfer; Danylo Khalyeyev; Tomás Bures; Petr Hnetynka; Frantisek Plásil (ISoLA (2), 2024)

Towards Continuous Experiment-Driven MLOps. - Keerthiga Rajenthiram; Milad Abdullah; Ilias Gerostathopoulos; Petr Hnetynka; Tomás Bures; Gerard Pons 001; Besim Bilalli; Anna Queralt (CAIN, 2025)

Interpreting Workflow Architectures by LLMs. - Michal Töpfer; Tomás Bures; Frantisek Plásil; Petr Hnetynka (ENASE, 2025)

A Model-Based Approach to Experiment-Driven Evolution of ML Workflows. - Petr Hnetynka; Tomás Bures; Ilias Gerostathopoulos; Milad Abdullah; Keerthiga Rajenthiram (MODELSWARD, 2025)