Adaptive Locomotion of Soft Microrobots
Networked Control and Communication
Controller Learning using Bayesian Optimization
Event-based Wireless Control of Cyber-physical Systems
Model-based Reinforcement Learning for PID Control
Learning Probabilistic Dynamics Models
Gaussian Filtering as Variational Inference
Physical damping trading off locomotion characteristics

Motivated by the concept of an adaptive mechanism triggering leading to rapid responses in the muscle-tendon architecture of animals [], we developed a tunable physical damper comprise of a tendon with adjustable slackness connected to a physical damper. The slack damper allows adjustment of damping force, onset timing, effective stroke, and energy dissipation [
].
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