Atomfair Brainwave Hub: SciBase II / Bio-inspired and Biomimetic Engineering / Bio-inspired and bio-integrated systems for medical and robotics

Bio-inspired and bio-integrated systems for medical and robotics

Showing 25-36 of 188 articles

Via multimodal fusion architectures for autonomous underwater vehicle navigation

Engineering viral vectors for targeted gene therapy using DNA origami nanostructures

Via proprioceptive feedback loops to enhance robotic exoskeleton control

Optimizing neural network training via multimodal fusion architectures for real-time sensor data

Fusing origami mathematics with soft robotics for minimally invasive surgical tools

Designing self-folding origami robots with shape-memory polymers for minimally invasive surgery

Via self-supervised curriculum learning for robotic manipulation tasks

Enhancing robotic adaptability through morphological computation in unstructured environments

Optimizing proprioceptive feedback loops for enhanced robotic limb control

Rapid prototyping cycles for biodegradable medical implants with tunable degradation rates

Enhancing cognitive performance during circadian rhythm minima through targeted light therapy

Advancing brain-computer interfaces with graphene-based neural electrode arrays