The LabView-Based Virtual Simulator of The Substrate Consumption Rate Measurement System in The Activated Sludge Process. - Jacek Czeczot (ESM, 1996)

Filtering in adaptive control of distributed parameter bioreactors in the presence of noisy measurements. - Jacek Czeczot; Mieczyslaw Metzger; Jean-Pierre Babary; Markku T. Nihtilä (Simul. Pract. Theory, 2000)

Modelling for the effective control of the electric flow heaters - Simulation validation. - Jacek Czeczot (Simul. Model. Pract. Theory, 2008)

Nonminimum-phase process control with controllers based on simplified modeling. - Piotr Laszczyk; Jacek Czeczot (CCA, 2012)

Flexible function block for PLC-based implementation of the Balance-Based Adaptive Controller. - Tomasz Klopot; Jacek Czeczot; Witold Klopot (ACC, 2012)

LabView-based implementation of Balance-Based Adaptive Control technique. - Piotr Laszczyk; Rafal Czubasiewicz; Jacek Czeczot (MMAR, 2012)

Practical verification of the control strategies for the counter-current heat exchanger. - Piotr Laszczyk; Jacek Czeczot; Rafal Czubasiewicz; Krzysztof Stebel (MMAR, 2012)

Adaptive Cruise Control System using Balance-Based Adaptive Control technique. - Payman Shakouri; Jacek Czeczot; Andrzej W. Ordys (MMAR, 2012)

Practical Implementation of the Nonlinear Control of the Liquid Level in the Tank of Irregular Shape. - Witold Klopot; Tomasz Klopot; Piotr Laszczyk; Jacek Czeczot; Mieczyslaw Metzger (ICIRA (2), 2013)

Function block practical implementation of Balance-Based Adaptive Control for pH process. - Tomasz Klopot; Krzysztof Stebel; Jacek Czeczot; Piotr Laszczyk (IECON, 2013)

Representative Vector Method for modeling of energy consumption for the assembly line. - Michal Fratczak; Tomasz Klopot; Jacek Czeczot; Markus Bregulla (MMAR, 2013)

Observer-based cascade control of the heat distribution system. - Pawel Nowak; Jacek Czeczot (MMAR, 2013)

Balance-based adaptive control of the second order systems. - Krzysztof Stebel; Jacek Czeczot (MMAR, 2013)

Linearizing Controller for Higher-degree Nonlinear Processes with Compensation for Modeling Inaccuracies - Practical Validation and Future Developments. - Pawel Nowak; Jacek Czeczot; Tomasz Klopot; Mateusz Szymura; Bogdan Gabrys (ICINCO (1), 2014)

Simplified modeling of plate heat exchangers. - Michal Fratczak; Pawel Nowak; Jacek Czeczot (MMAR, 2014)

Simulation validation of the model-based control of the plate heat exchanger with on-line compensation for modelling inaccuracies. - Michal Fratczak; Jacek Czeczot; Pawel Nowak (SIMULTECH, 2014)

General tuning procedure for the nonlinear balance-based adaptive controller. - Krzysztof Stebel; Jacek Czeczot; Piotr Laszczyk (Int. J. Control, 2014)

On potential possibilities of gain and phase margin specifications-oriented robust tuning of Balance-Based Adaptive Controller. - Pawel Nowak; Jacek Czeczot; Krzysztof Stebel (ACC, 2015)

Virtual commissioning for the control of the continuous industrial processes - Case study. - Michal Fratczak; Pawel Nowak; Tomasz Klopot; Jacek Czeczot; Szymon Bysko; Bartosz Opilski (MMAR, 2015)

Simulation Validation of Three Nonlinear Model-Based Controllers in the Adaptive Cruise Control System. - Payman Shakouri; Jacek Czeczot; Andrzej W. Ordys (J. Intell. Robotic Syst., 2015)

Robust tuning for first-order reduced active disturbance rejection controller. - Pawel Nowak; Jacek Czeczot (MMAR, 2016)

Practical verification of active disturbance rejection controller for the pneumatic setup. - Pawel Nowak; Jacek Czeczot (MMAR, 2017)

Practical Validation of the Reduced-Order Active Disturbance Rejection Controller for the Delay-Dominated Processes. - Pawel Nowak; Patryk Grelewicz; Jacek Czeczot (MMAR, 2018)

Agent-based approach to continuous process control for enabling parallelization of engineering cycles. - Grzegorz Polaków; Jacek Czeczot; Piotr Laszczyk (Concurr. Eng. Res. Appl., 2018)

Component-Based Simulation Tool for Virtual Commissioning of Control Systems for Heat Exchange and Distribution Processes. - Michal Fratczak; Pawel Nowak; Tomasz Klopot; Jacek Czeczot; Szymon Bysko; Sara Bysko (AUTOMATION, 2020)

The Novel Approach to the Tuning of the Reduced-Order Active Disturbance Rejection Controller for Second-Order Processes. - Pawel Nowak; Patryk Grelewicz; Jacek Czeczot (KKA, 2020)

Application of Machine Learning to Performance Assessment for a class of PID-based Control Systems. - Patryk Grelewicz; Thanh Tung Khuat; Jacek Czeczot; Tomasz Klopot; Bogdan Gabrys (CoRR, 2021)

Increment Count Method and Its PLC-Based Implementation for Autotuning of Reduced-Order ADRC With Smith Predictor. - Patryk Grelewicz; Pawel Nowak; Jacek Czeczot; Jakub Musial (IEEE Trans. Ind. Electron., 2021)

Practical PLC-Based Implementation of Adaptive Dynamic Matrix Controller for Energy-Efficient Control of Heat Sources. - Tomasz Klopot; Piotr Skupin; Patryk Grelewicz; Jacek Czeczot (IEEE Trans. Ind. Electron., 2021)

Implementation aspects of Q-learning controller for a class of dynamical processes. - Jakub Musial; Krzysztof Stebel; Jacek Czeczot (MMAR, 2022)

Boundary-Based Predictive Controller and Its Application to Control of Dissolved Oxygen Concentration in Activated Sludge Bioreactor. - Krzysztof Stebel; Jakub Pospiech; Witold Nocon; Jacek Czeczot; Piotr Skupin (IEEE Trans. Ind. Electron., 2022)

Application of Machine Learning to Performance Assessment for a Class of PID-Based Control Systems. - Patryk Grelewicz; Thanh Tung Khuat; Jacek Czeczot; Pawel Nowak; Tomasz Klopot; Bogdan Gabrys (IEEE Trans. Syst. Man Cybern. Syst., 2023)

Practical implementation of computationally-efficient machine learning-based control performance assessment system for a class of closed loop systems. - Patryk Grelewicz; Pawel Nowak; Thanh Tung Khuat; Jacek Czeczot; Tomasz Klopot; Bogdan Gabrys (Appl. Soft Comput., 2023)

Application of self-improving Q-learning controller for a class of dynamical processes: Implementation aspects. - Jakub Musial; Krzysztof Stebel; Jacek Czeczot; Pawel Nowak; Bogdan Gabrys (Appl. Soft Comput., 2024)