TALK KEYWORD INDEX
This page contains an index consisting of author-provided keywords.
2 | |
2D/3D registration | |
3 | |
3D endoscopy | |
3D pose estimation | |
3D reconstruction | |
3D Slicer | |
A | |
Active Constraints | |
Actuator | |
AI-based motion planning and controls | |
Aiming device | |
anesthesia | |
Ankle fracture reduction | |
Aortic Annulus Measurement | |
Aortic Stenosis | |
Articulated Surgical Instrument | |
Artificial bladder | |
Augmented reality | |
Automated Performance Metrics | |
B | |
Balloon Aortic Valvuloplasty | |
Balloon Sizing | |
Balloon Valvuloplasty Catheters | |
bioimpedance sensing | |
Biopsy | |
Biotribology | |
Bladder cancer | |
BM3D | |
Bone Cutting | |
Bowel Cancer | |
Breast cancer | |
Breast conserving surgery | |
breast reconstruction surgery | |
breathing | |
C | |
Cable Actuation | |
Cable driven | |
cable driven robots | |
cadaver study | |
Calibration | |
Capsule Robot | |
Catheter | |
catheter ablation | |
Catheter control | |
catheter robotic navigation | |
Catheter technology | |
cellular level surgery | |
Chemical Programming | |
Chemical Reaction | |
coaching | |
Cognitive Workload | |
Cognitive Workload Estimation | |
Colonoscopy | |
computer vision | |
concentric push-pull robots | |
Concentric tube robot (CTR) | |
concentric tube robots | |
Continuum Robots | |
Correlation model between knee surface and bone | |
Cranial surgery | |
Craniosynostosis | |
Cutting simulation | |
Cystoscopy | |
D | |
da Vinci Research Kit (dVRK) | |
Data-driven control | |
Deep Imitation Learning | |
Deep Learning | |
Deformable Mesh | |
Delta robot | |
Denoising | |
Deployable | |
depth sensing | |
Design | |
design selection | |
diagnostic imaging | |
Diaphragmatic Assistance | |
Drop-in gamma probe | |
dual-robot | |
dVRK | |
dVRK cutting | |
Dynamic | |
E | |
ECG | |
EEG | |
Electrocardiogram | |
endonasal | |
endonasal approach | |
Endoscopes & Catheters | |
Endoscopic | |
endoscopic neurosurgery | |
endoscopic submucosal dissection | |
endoscopic surgery | |
Endovascular guidewire manipulation | |
Endovascular procedure | |
enhanced fluoroscopy | |
epidural | |
epidural space | |
ESD | |
Everting Mechanisms | |
ex-vivo | |
Eye surgery | |
F | |
Finite Element Analysis | |
flexible bone drill | |
Fluoroscopy-guided robot | |
fNIRS | |
force control | |
Force Estimation | |
Friction Control | |
Friction Modulation | |
fully soft continuum magnetic microrobots (FSCMs) | |
Functional Simulation | |
G | |
Growing robots | |
Guidance | |
H | |
Hand gesture analysis | |
handheld robotics | |
handheld system | |
Haptic feedback | |
haptics | |
High Field to Low Field Transformation | |
High precision robot design | |
Human Computer Interface | |
human-robot interaction | |
hydraulic pressure wave | |
I | |
Image Processing | |
image segmentation | |
image-guided surgery | |
impedance | |
Implantable biorobotic organs | |
impulse | |
in-vivo | |
Inflatable Actuator | |
inhomogeneous magnetic field | |
Inter-session comparison | |
interventional bronchoscopy | |
intra-cardiac | |
intraoperative imaging | |
Intraoperative Sensing | |
Intraoperative ultrasound | |
K | |
kinematic analysis | |
Kinematic modelling and control | |
Knee arthroscopy | |
L | |
Laparoscopy | |
Laser Surgery | |
Lateral skull base surgery | |
Learning-From-Simulation | |
Low-Field MRI | |
lumbar | |
M | |
magnetic actuation | |
magnetic dipoles | |
Magnetic endoscope | |
magnetic gradients | |
Magnetic Induction | |
Manual Rigid Registration | |
Mechanical Design | |
mechanical probe | |
Mechanics and Design | |
Mechanism | |
Mechatronic Design | |
Mechatronics | |
medical device | |
medical device design | |
Medical Devices | |
Medical robotics | |
Medical Robots and Systems | |
medical skill acquisition | |
Mesh cutting | |
meshless modeling | |
Micron level accuracy | |
microrobots | |
Microsurgery | |
miniature robotics | |
Minimally invasive interventions | |
Minimally Invasive Surgery | |
Mitral Valve | |
mixed reality | |
Mobile Device | |
Modelling and Control | |
monocular | |
MRI | |
MRI/US reconstruction | |
multi-site ablation simulation | |
Multimodal Sensing | |
N | |
NASA TLX | |
needle | |
needle insertion | |
Neurosurgery | |
neurosurgical robotics | |
non-rigid registration | |
Nonlinear Control | |
nonrigid registration | |
Notched needle | |
notched-tube joints | |
O | |
Objective assessment of operator's level of experience | |
Obstetric ultrasound | |
online learning | |
Open-source | |
orthopaedics | |
P | |
Percutaneous ablation | |
Percutaneous Coronary Intervention (PCI) | |
Percutaneous Nephrolithotomy | |
Phone | |
Phone Application | |
Physics-based simulation | |
Position control of tendon-driven catheter | |
Post-prostatectomy | |
Prostate | |
Prostate biopsy | |
Prostate cancer | |
R | |
Radioguided sentinel lymph detection | |
Radiotherapy | |
Raman spectroscopy | |
RARP | |
real-time | |
Rectal obturator | |
respiration | |
robot | |
Robot Control | |
Robot manipulation | |
Robot Operating System | |
Robot-asissted endovascular intervention | |
Robot-assisted orthopaedic surgery | |
robotic simulation | |
Robotic surgery | |
robotic ultrasound system | |
robotic vascular access | |
Robotics | |
ROS2 | |
S | |
Scalable environment generation | |
Segmentation | |
sensing | |
SERS | |
shape deformation | |
shared control | |
Simulator | |
Skill assessment | |
SLAM | |
Soft Growing robot | |
Soft robot | |
Soft Robot Applications | |
Soft Robot Materials and Design | |
Soft robotic device | |
Soft robotics | |
Soft sensing | |
Soft Sensors and Actuators | |
Software | |
spectroscopy | |
spine | |
Steerable Catheter | |
steerable needles | |
stents | |
Stereotactic | |
Stereovision feedback | |
Stiffness changing | |
Stoma | |
Stoma Formation Surgery | |
Structural Heart Disease | |
Surface reconstruction | |
surgery | |
Surgical manipulators | |
surgical navigation | |
Surgical Oncology | |
Surgical Process Model | |
Surgical Robot | |
Surgical Robotics | |
Surgical skill assessment | |
Surgical task automation | |
surgical tool detection | |
surgical tool localisation | |
Surgical Training | |
suturing | |
T | |
targeted drug delivery | |
TAVI | |
Teleoperation | |
Temperature Control | |
Tendon-driven wrist | |
Thermography | |
Trackerless surgical navigation | |
Transfer Learning | |
Translational Biophotonics | |
tumor detection | |
U | |
Ultrasonic Lubrication | |
Ultrasound | |
ultrasound-guided | |
Untethered | |
V | |
vertebra | |
vessel segmentation | |
video see-through | |
Virtual fixture | |
Virtual Fixtures | |
Virtual Reality | |
Vision-based manipulation | |
Volume sensing | |
W | |
Wavelet transform | |
Wearable sensor |