Decoupled Dynamic Modeling by Decomposing the Cross-Coupled Dynamics and Tube-Based LPV-MPC Control Scheme for Aerial Manipulation
A. Eskandarpour, M. Soltanshah, K. Gupta, M. Mehrandezh
View publicationAMSL · University of Regina
Our research brings together robotics, control, computer vision, autonomous systems and intelligent sensing to solve complex engineering problems in industry and society.
Laboratory directorDr. Mehran Mehrandezh, Ph.D., P.Eng.Current work
Engineering research that connects advanced theory with systems designed for demanding real-world environments.
Image-based perception, automation and robotic systems for the next generation of farming machines.
Planning, modeling and robust control for unmanned aerial systems that interact physically with their environment.
Mobile robotic platforms and intelligent sensing methods for inspection in constrained and industrial environments.
Our focus
Our research brings together robotics, control, computer vision, autonomous systems and intelligent sensing to solve complex engineering problems in industry and society.
Discover our research approachRecent scholarship
Recent contributions across robotics, control, perception and sustainable engineering.
A. Eskandarpour, M. Soltanshah, K. Gupta, M. Mehrandezh
View publicationP. Samandi, K. Gupta, M. Mehrandezh
View publicationM. Ghiasi, Z. Wang, M. Mehrandezh, R. Paranjape
View publicationFrom the laboratory
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