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Jin Guo
School of Medical and Technology
h-index
627
Citations
16
h-index
Calculated based on number of publications stored in Pure and citations from Scopus
2012
2024
Research activity per year
Overview
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Research output
(44)
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(2)
Fingerprint
Dive into the research topics where Jin Guo is active. These topic labels come from the works of this person. Together they form a unique fingerprint.
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Engineering
Active Disturbance Rejection Control
17%
Bionics
20%
Capacitive
13%
Catheter Tip
13%
Contact Force
20%
Control System
13%
Customisation
13%
Deformation Mode
13%
Delay Time
16%
Dielectric Elastomer
13%
Discrete Time
13%
Elastomer
26%
Experimental Result
16%
Fabrication Method
13%
Force Feedback
16%
Force Signal
17%
Guidewire
17%
Hooks
20%
Illustrates
17%
Image Processing
16%
Inflatables
14%
Input Force
13%
Joints (Structural Components)
31%
Kinetics Analysis
13%
Manipulator
28%
Master Controller
13%
Mathematical Model
13%
Medical Equipment
13%
Medical Robot
13%
Microstructure
13%
Morphing Shape
13%
Nonlinear Discrete
13%
Pattern Recognition
13%
Pneumatics
100%
Pressure Sensor
13%
Remote Control
13%
Robot
20%
Robot System
13%
Robotic Arm
13%
Robotic Gripper
15%
Robotic System
57%
Robotics Application
26%
Sensing Device
13%
Sensing Method
13%
Soft Robot
20%
Surgical Intervention
13%
Systems Dynamics
13%
Transmissions
48%
Virtual Reality
13%
Wearable Robots
13%
Computer Science
Classification Accuracy
13%
Classification Method
13%
Coordinate Value
8%
Corner Detection
13%
Design Requirement
6%
Detection Algorithm
13%
discrete-time
13%
Dynamic Equation
13%
Experienced Surgeon
26%
Experimental Result
46%
Extensive Training
12%
Eye Coordination
6%
Force-Feedback
18%
Graphical User Interface
13%
Haptic Devices
6%
Haptic Feedback
6%
Haptic Interfaces
6%
Haptics Interface Design
13%
Image Information
13%
Image Processing
13%
Image Segmentation
14%
Interventional Device
6%
Invasive Surgery
88%
Manipulator
17%
Mean Absolute Error
13%
Medical Equipment
6%
Medical Practice
6%
Medical Process
6%
Open Source Code
14%
Operating Systems
43%
Operation Mode
12%
Pattern Recognition
13%
Permanent Magnet
6%
Relative Error
13%
Robot
22%
Rotational Motion
13%
Spatial Information
8%
Surgical Training
40%
System Dynamics
13%
System Identification
13%
Target Category
13%
Training Process
6%
Training System
42%
Translational Motion
13%
Transmission Time
40%
Virtual Reality
66%
Virtual Reality System
14%
Visual Feedback
53%
Visual Informations
13%
YOLOv5
13%
Medicine and Dentistry
Arm
21%
Cadaver
9%
Catheterization
42%
Deterioration
7%
Eye-Hand Coordination
6%
Health Care Cost
6%
Incision
21%
Injury
7%
Minimally Invasive Surgery
21%
Nerve Regeneration
26%
Nerve Tissue
5%
Niacin
13%
Physician
13%
Postoperative Complication
6%
Radiation Exposure
6%
Radiography
6%
Surgeon
99%
Surgical Technique
13%
Tactile Feedback
6%
Vascular System
6%
Visual Feedback
29%
