Suppressing residual vibrations in comb-drive electrostatic actuators: A command shaping technique adapted to nomadic applications - ScienceDirect
Participants List
Suppressing residual vibrations in comb-drive electrostatic actuators: A command shaping technique adapted to nomadic applications - ScienceDirect
2020 Report
Current Research Projects - CMI - EPFL
Thallus Group | LinkedIn
2020 Report
PDF) Microrobotique numérique fondée sur l'utilisation de modules bistables : conception, fabrication et commande de modules monolithiques.
Untitled
PDF) The experience gained on the ultra microturbine: from energetics to component bricks studies
Microrobotique numérique fondée sur l'utilisation de modules bistables: conception, fabrication et commande de modules mon
Suppressing residual vibrations in comb-drive electrostatic actuators: A command shaping technique adapted to nomadic applications - ScienceDirect
PDF) Suppressing Residual Vibrations in Comb-drive Electrostatic Actuators: A Command Shaping Technique Adapted to Nomadic Applications
PDF) Microrobotique numérique fondée sur l'utilisation de modules bistables : conception, fabrication et commande de modules monolithiques.
PDF) Coordination and Computation in Distributed Intelligent MEMS
PDF) Coordination and Computation in Distributed Intelligent MEMS
Composants Actifs - Acsiel
Current Research Projects - CMI - EPFL
Composants Actifs - Acsiel
Suppressing residual vibrations in comb-drive electrostatic actuators: A command shaping technique adapted to nomadic applications - ScienceDirect
Suppressing residual vibrations in comb-drive electrostatic actuators: A command shaping technique adapted to nomadic applications - ScienceDirect
2020 Report
2020 Report
PDF) The experience gained on the ultra microturbine: from energetics to component bricks studies
