Papers
9
Total Citations
181
H-Index
5
About
A. Denker is a pioneering researcher in the fields of variable structure systems (VSS) and sliding mode control, with a strong focus on robust motion control for robotic manipulators and autonomous systems. Their most influential work, "Discrete-time sliding mode control in the presence of system uncertainty" (1993), with 104 citations, introduced a foundational framework for handling parameter uncertainties and external disturbances in discrete-time systems, significantly advancing the practical application of sliding mode control. Denker’s contributions extend to mechatronic arms and robotic manipulators, where they developed robust tracking control schemes that mitigate chattering—a common limitation of VSS—while ensuring precise trajectory tracking. Notably, their work on no-overshoot control for manipulators navigating obstacles (1994) unified motion planning and control, addressing a long-standing challenge in cluttered environments. More recently, Denker led the design of SALVOR (2017), a semi-autonomous mobile search and rescue robot, demonstrating the translation of theoretical control principles into life-saving technology. With additional contributions in vision-controlled robotic tracking and multi-object visual servoing, Denker’s research has shaped modern approaches to robust, uncertainty-tolerant automation, making them a key figure in control theory and robotics.
Research Focus
Key Achievements
Top Papers
- 1Discrete-time sliding mode control in the presence of system uncertainty104 citations · 1993
- 2
- 3Applications of VSC in motion control systems12 citations · 2005
- 4Robust tracking control of mechatronic arms9 citations · 1996
- 5
- 6Vision-controlled robotic tracking and acquisition5 citations · 2002
- 7
- 8Vision Based Robotic Interception In Industrial Manipulation Tasks3 citations · 2007
- 9Variable Structure Control of a Manipulator with Four Degrees of Freedom3 citations · 1992