Papers
8
Total Citations
158
H-Index
5
About
D. Gershon is a robotics researcher whose work has made significant contributions to robotic manipulation, automation, and control systems. Best known for pioneering research in robotic sewing and textile handling, Gershon tackled the uniquely challenging problem of automating garment assembly — a domain complicated by the unpredictable, deformable nature of fabric. His 1990 paper on parallel process decomposition for robotic sewing (43 citations) established foundational methodology for concurrent process control in dynamic manipulation tasks, while subsequent work on fabric buckling during automated feeding provided critical computational tools for off-line programming of sewing robots. His vision-servo controlled FIGARO sewing system (44 citations) demonstrated elegant integration of computer vision with flexible robotic automation. Beyond textile robotics, Gershon designed the versatile IRIS robotic test facility (45 citations), a modular, reconfigurable platform enabling experimentation across grasping, manipulation, and force control. His contributions extend to impedance control with autonomous mode switching, hierarchical intelligent control architectures, and multiprocessor robot controllers. Together, these works reveal a researcher committed to bridging theoretical control frameworks with practical real-world robotic systems — producing research that remains relevant to engineers and roboticists working on adaptive automation and dexterous manipulation today.
Research Focus
Key Achievements
Top Papers
- 1
- 2Vision servo control of a robotic sewing system44 citations · 2003
- 3
- 4The Buckling of Fabrics during Feeding into Automatic Sewing Stations9 citations · 1992
- 5Impedance control with autonomous mode switching8 citations · 1991
- 6Introducing robotic 'common sense' in real time dexterous manipulation4 citations · 2003
- 7TRACK II: A multi-processor robot controller3 citations · 2002
- 8A Programmable RCC Hand2 citations · 1994