TALK KEYWORD INDEX
This page contains an index consisting of author-provided keywords.
3 | |
3D mapping | |
3D printing | |
3D reconstruction | |
5 | |
5G | |
A | |
Active sensing | |
Adaptive control | |
Adaptive estimation | |
Adaptive Gait Planning | |
Adaptive Locomotion | |
Adaptive Systems | |
Additive Manufacturing | |
admittance control | |
aerial vehicles | |
Affect Control Theory | |
Affective Computing | |
Agentic AI | |
agricultural robotics | |
AI in neurorehabilitation | |
anomalies | |
Anonamly Detection | |
artificial | |
Artificial Intelligence | |
Artificial Potential Fields | |
assessment | |
Assistive Robotics | |
Attention Analysis | |
Attention shaping | |
Augmented Reality | |
Auto-labeling | |
autoencoder | |
Automated Testing | |
Autonomous exploration | |
Autonomous navigation | |
Autonomous robots | |
Autonomous Service Robot | |
Avalanche | |
B | |
Backchanneling | |
Biomechanics | |
Biomedical signals | |
Bionics | |
Body Machine Interface | |
C | |
Child–Robot Interaction | |
Clinical evidence validation | |
clinical translation | |
Clothoids | |
Cognitive | |
Cognitive Load | |
cognitive rehabilitation | |
Cognitive Robotics | |
cognitive training | |
cognitive-sensorimotor assessment | |
collaborative robotics | |
Collision avoidance | |
Collision detection | |
Complex Manipulation | |
Compliance and Impedance Control | |
Compliant elements | |
compliant modules | |
Compositionality | |
computer vision | |
Construction Robotics | |
construction tasks | |
contact particle filter | |
Contact-Rich Tasks | |
Continual Learning | |
continuum manipulators | |
Control | |
Cooperative manipulation | |
Cultural Competence | |
Custom design | |
D | |
data-driven | |
Decentralized control | |
Decision models | |
Deep reinforcement learning | |
Defect detection | |
dementia | |
deployment in highly challenging environments | |
Dexterous Manipulation | |
differential capacitive sensing | |
digital platform | |
Dimensionality Reduction | |
direct-drive | |
DRIMS2 | |
Dynamic and Non-Prehensile Manipulation | |
Dynamic grasping | |
Dynamic Hospital Environment | |
E | |
Egocentric Vision | |
Elastic systems | |
elderly mobility support | |
Embodied AI | |
Emotion-aware interaction | |
Empathic agents | |
energy tank | |
Energy-Efficient | |
environment monitoring | |
Environment Perception | |
Ergodic control | |
ergodic exploration | |
Ergonomics Trust and Human-Centered Automation | |
Error-Related Potentials (ErRPs) | |
exosuits | |
Explainable Robot Decision Making | |
exploitation | |
exploration | |
Extrinsic Dexterity | |
F | |
fall prevention | |
field robotics | |
Field Study | |
force estimation | |
forest monitoring | |
Foundation Models | |
Functional Electrical Stimulation (FES) | |
G | |
Gait Analysis | |
Gate Recurrent Unit | |
Gaussian Mixture Model | |
Gazebo | |
Generative AI | |
Green-Aware | |
ground vehicles | |
Guidance Navigation and Control of Marine Robots | |
H | |
Hand Blink Reflex | |
Hand exoskeleton | |
hand exoskeletons | |
hand rehabilitation | |
Hand-wrist coordination | |
haptic | |
Haptic interface | |
Haptics | |
human augmentation | |
Human Factors and Human-in-the-Loop | |
human grasp recognition | |
Human locomotion | |
Human Modeling Monitoring and Digital Twins | |
Human Modelling | |
Human Motion Prediction | |
human movement | |
human robot interaction | |
Human Tracking | |
human--robot interaction | |
Human-Aware Motion Planning | |
Human-Aware Navigation | |
Human-Aware Planning Learning and Control | |
human-centred robotics | |
Human-like motion generation | |
human-machine interfaces | |
Human-motion prediction | |
Human-robot augmentation | |
Human-Robot Collaboration | |
Human-Robot Cooperation | |
human-robot interaction | |
Human-Robot Interaction (HRI) | |
Human-Robot-Interface | |
human–machine interaction | |
Human–Robot Interaction | |
Hybrid motion mapping | |
Hydraulic Systems | |
Hyper-redundant robots | |
I | |
Image registration | |
Imitation Learning | |
Immersive Interfaces | |
IMU | |
Incremental Learning | |
Industrial robotics | |
Industrial scenario | |
Industry 5.0 | |
Instance Segmentation | |
intelligence | |
intelligent and flexible manufacturing | |
intelliwriter.io | |
Interacting Multiple Model | |
Intervention Robotics | |
Intraoperative planning | |
Intuitive Interfaces | |
inverse kinematics | |
Isolation Rooms | |
J | |
jerk | |
K | |
Kalman filter | |
kinematic redundancies | |
kinematics | |
Knowledge representation | |
Knowledge Representation and Reasoning | |
L | |
Large Language Models | |
learning from demonstration | |
learning to optimize | |
Lifelong Learning | |
Lower limb amputees | |
Lower limb assistance | |
Lower-Limb Exoskeletons | |
M | |
Machine Learning | |
Madgwick filter | |
Mahony filter | |
manipulation | |
Manipulation of Deformable Objects | |
Map less navigation | |
mapping | |
Markerless Motion Capture | |
mechanotherapy | |
Mechatronic Design | |
medical robotics | |
Medical Robots | |
Micro Aerial Vehicles | |
Mixed Reality | |
mobile manipulation | |
mobile robotics | |
Model Predictive Control | |
model-based | |
model-based control | |
Modelling | |
Monitoring and Maintenance of Underwater Critical Infrastructures | |
Motion control | |
Motion Planning | |
Motion planning and control | |
MPC | |
Multi-Agent Coordination for HRC | |
Multi-arm Manipulation | |
Multi-manipulator system | |
Multi-Material Printing | |
multi-objective optimization | |
Multi-robot planning | |
multi-robot systems | |
Multi-Step Planning | |
Multi-vehicles autonomous system | |
multimodal feedback | |
multimodal monitoring | |
N | |
navigation | |
navigation planning and control in unstructured environments | |
neural network | |
Neural Networks | |
Neural Predictive Control | |
non-destructive testing | |
Non-prehensile Pushing | |
Nonlinear opinion dynamics | |
Nudging | |
O | |
object detection | |
Obstacle Avoidance Path Planning | |
Occluded object retrieval | |
Online Learning | |
Ontology | |
optimization | |
Optimized sensor design | |
Optoelectronic Sensors | |
Orienteering problem | |
Outcome Measures | |
outdoor unstructured environments | |
P | |
parallel robot | |
Path Optimization | |
path planning | |
pedipulation | |
perception for dynamic environments | |
Perception for Manipulation | |
Percutaneous surgery | |
Peripersonal space | |
Personalized Intervention | |
Persuasive Technology | |
Photovoltaic Plant Inspection | |
physical human-robot interaction | |
Physical Informed Neural Network | |
Physics-informed Neural Networks | |
PICO model | |
Precision agriculture | |
Predicate Grounding | |
Programming by Demonstration | |
Prostheses | |
Prosthesis control | |
Prosthesis design | |
prosthetic fingers | |
Prosthetic hand | |
Prosthetic limb | |
Prosthetics | |
Q | |
Quadruped robot | |
quadruped robots | |
Quasi-random sequence | |
R | |
real-time data processing | |
Real-time DDS | |
redundancy | |
Rehabilitation | |
Rehabilitation robotics | |
reinforcement learning | |
Remote Control | |
RGB-D Camera | |
roadmap | |
Robot Compliant Control | |
Robot Control | |
Robot design | |
Robot Skills Programming | |
Robot-aided rehabilitation | |
Robot-assisted therapy | |
Robotic | |
Robotic Arm | |
Robotic Assessment | |
robotic demonstration | |
robotic guide dog | |
Robotic manipulation | |
Robotic medical devices | |
robotic palpation | |
robotic rehabilitation | |
Robotic technologies for neurorehabilitation | |
Robotic Vision | |
robotics | |
Robotics in Hazardous Fields | |
Robots in clinical practice | |
Robots in experimental trials | |
ROS 2 | |
S | |
Safe Control | |
Safe human-robot interaction | |
safety | |
Safety in HRC | |
Safety in Human-Robot Collaboration | |
Search and Rescue | |
Segmentation | |
Self-supervised learning | |
semantic mapping | |
Sense of control | |
Sensing characterization | |
Sensor fusion | |
Sensorimotor | |
Sensorimotor Interfaces | |
sensory feedback | |
Sensory feedback restoration | |
Sentiment analysis | |
Sequential control | |
shape-adaptivity | |
Signal Temporal Logic | |
Situation Awareness | |
Smart Perception for HRC Applications | |
SMPL | |
Social influence | |
Social robotics | |
Social Robots | |
Soft magnetic sensor | |
soft robotics | |
Soft Robots | |
Software library | |
Software Testing | |
Somatotopic sensations | |
Strain gauge | |
supervisory control | |
Surface electromyography (EMG) | |
surgical navigation | |
surgical robotics | |
Surgical safety | |
Sustainable Rehabilitation | |
swarm intelligence | |
Symbolic Regression | |
Synthetic Emotions | |
System Identification | |
T | |
Tactile | |
Tactile exploration | |
tactile sensing | |
Tactile sensing | |
Tactile sensor | |
Task and Motion Planning in HRC | |
Task Planning | |
task-priority control | |
Teleoperated control | |
Teleoperation | |
Terrain recognition | |
Theory of Mind | |
TIAGo | |
Time Series Analysis | |
tissue deformation | |
tissue stiffness mapping | |
Touch engineering | |
Touch science | |
Trajectory Alignment and Segmentation | |
trajectory planning | |
Transcutaneous Electrical Nerve Stimulation | |
Transformer | |
Transhumeral Prosthesis | |
TSP | |
U | |
UAV | |
UAV Path Planning | |
Underwater Perception | |
Underwater vehicle | |
underwater vehicles | |
Unilateral teleoperation | |
unmanned ground vehicle | |
Unscented Kalman Filter | |
upper limb | |
Upper-limb rehabilitation | |
user centered design | |
User-centered design | |
V | |
variable admittance | |
Variable Stiffness Actuators | |
Vessel-instrument distance estimation | |
Via-Set Optimization | |
Vineyard monitoring and management | |
virtual reality | |
Visual Active Tracking | |
Vortex Fields | |
W | |
wearable | |
wearable computing | |
wearable haptics | |
wearable robot | |
wearable robots | |
Wearable sensor devices | |
whale algorithm |