Keywords: Localization, Magnetic Field, Kalman Filter, Capsule Endoscopy, Parameter Identification, Robust Control, Sliding mode control
Keywords: swimming magnetic microrobots, heterogeneous microrobots, simultaneous and independent control, magnetic field, low Reynolds
Keywords: swimming magnetic microrobots, homogeneous microrobots, simultaneous and independent control, magnetic field, low Reynolds
Keywords: swimming magnetic microrobots, homogeneous microrobots, simultaneous and independent control, stabilizer microrobots, magnetic field, low Reynolds
Keywords: swimming magnetic microrobots, homogeneous microrobots, simultaneous and independent control of swarms, magnetic field, low Reynolds
Keywords: magnetic continuum robot – nonlinear system - magnetic actuation
Keywords: Magnetic field, Nano/Micro robotics, Modular skeleton, Coil, Magnetic field control
Keywords: Linear advancer, continuous robotic arm, magnetic control
Keywords: Ferro-fluid droplets - Open loop control – Ferro-fluid control
Keywords: marble, control, magnetic field, ferrofluid, one dimensional - hydrophobic
Keywords: Capsule Endoscopy, Magnetic Particle, Hall Sensors, Nonlinear Filters, localization
Keywords: Magnetic field measurement, magnetic tracking, magnetometers, permanent magnets, position and orientation tracking, sensitivity to initial guess
Keywords: nanocars, nanorobotics, directed surface motion, molecular dynamics simulations
Keywords: control of magnetic manipulator – neural network – hybrid model – shape estimation
Keywords: Smart Microswimmer, Reinforcement Learning, Deep Q-Learning, Continuous State Space, Low Reynolds Number
Keywords: Collective swarm motion, Self-propelled microswimmer, Energy saving, Multi-agent formation control, Low-Reynolds number
Keywords: Micro-Swimmer, Optimal Control, Low Reynolds, Low Energy Consumption
Keywords: Trolling Mode Atomic Force Microscopy, Nano/Bio Manipulation, Stress & Dynamic Analyses, Contact Mechanics, NN-based Control.
Keywords: Soft Robotics, Magnetically Controlled Catheter, AI-based Control
keywords: capsule robot, magnetic actuation, biopsy capsule
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