| 2025 | MMAR | Performance of Magnetic Satellite Attitude Control Using Linear Parameter Varying and Sliding Mode Techniques with Attenuation of Chattering. | Wafa Mezzi, Blint Kiss |
| 2024 | CoDIT | Subdivision of Nonlinear Systems into LPV and Uncertain Linear Subsystems for Robust Control. | Zoltn Tczely, Blint Kiss |
| 2024 | ICINCO | Optimal Segmentation of LPV Systems for Control Applications via Genetic Algorithms. | Zoltn Tczely, Blint Kiss |
| 2024 | MMAR | Motion planning for mobile robots using the Safety Acceleration Velocity Obstacle method. | Zoltn Gyenes, Barnabs Finta, Blint Kiss, Emese Gincsain Szdeczky-Kardoss |
| 2024 | MMAR | LPV Control of Systems via Nonlinear Actuator Dynamics Mapping. | Zoltn Tczely, Csaba Fazekas, Blint Kiss |
| 2023 | SACI | Motion planning and modeling for isothermal parallel chemical reactions. | Eszter Virgh, Dniel Andrs Drexler, Blint Kiss |
| 2023 | SISY | Closed-Loop Control and Motion Planning for Parallel Structural Chemical Reactions. | Eszter Virgh, Blint Kiss, Dniel Andrs Drexler |
| 2021 | MMAR | Mu-synthesis based cascaded robust controller design for exact linearizable dynamical systems. | Barnabs Finta, Blint Kiss |
| 2021 | MMAR | Demand Response of Multiple Households with Coordinated distributed Energy Resources. | Salma Taik, Jian Guo, Blint Kiss, Istvn . Harmati |
| 2019 | MMAR | Optimizing Consumer-Side Electricity Usage in a Smart Household. | Salma Taik, Blint Kiss |
| 2018 | SACI | Compact Pose-Graph SLAM Framework Based on Algebra with Embedded Uncertainty. | Gabor Peter, Blint Kiss |
| 2016 | SMC | An adaptive unscented Kalman filtering approach using selective scaling. | Jaehoon Kim, Blint Kiss, Dongik Lee |
| 2016 | SMC | Kalman filter based cooperative landmark localization in indoor environment for mobile robots. | Gabor Peter, Blint Kiss, Gabor Kovacs |
| 2011 | ICINCO | Tracking Control for Two-dimensional Overhead Crane - Feedback Linearization with Linear Observer. | Tams Rzsa, Blint Kiss |
| 2007 | ICINCO | Tracking control of wheeled mobile robots with a single steering input - control using reference time-scaling. | Blint Kiss, Emese Szdeczky-Kardoss |