Jerome Carlier
Papers
1
Total Citations
27
H-Index
1
About
Jerome Carlier is a pioneering figure in microrobotics and human-machine interaction, whose work bridges the critical gap between microscopic manipulation and intuitive operator control. His research centers on telemanipulation systems, real-time 3D computer vision, and virtual reality interfaces for micro-scale applications. Carlier’s seminal 1996 paper, “Virtual reality and high-accuracy vision feedback as key information for microrobot telemanipulation,” established foundational principles for integrating high-precision visual feedback with immersive virtual environments—a breakthrough that enabled operators to perform complex tasks on structures invisible to the naked eye. This work, cited 27 times, demonstrated how real-time 3D computation could transform microrobot control from a purely technical challenge into an accessible, human-guided process. By combining virtual reality with high-accuracy vision, Carlier effectively solved the problem of “blind” manipulation at the microscale, allowing researchers to interact with microsystems as if they were tangible objects. His contributions have influenced subsequent developments in surgical microrobotics, microassembly, and biomedical device handling, making him a key reference for anyone exploring the intersection of virtual environments and precision robotics.
Research Focus
Key Achievements
Top Papers
- 1