Keyphrases
3D Scaffold
16%
Biological Cells
19%
Biomechanical Properties
16%
Capacitive Force Sensor
16%
Cell Manipulation
27%
Cell Pattern
14%
Cell Patterning
47%
Cellular Pattern
17%
Continuum Robot
29%
Control Scheme
25%
Deformable
18%
Dielectrophoresis
88%
Dielectrophoretic Force
14%
Dual Segments
18%
Dual-arm
16%
Gripper
24%
Honeycomb-like
16%
Knot Tying
41%
Manipulation System
15%
Manipulator
26%
Micro Parts
43%
Micro-objects
19%
Microassembly
59%
Microbeads
14%
Microchip
35%
Micromanipulation
16%
Microparticles
21%
Multilayer Scaffold
30%
Negative Dielectrophoresis
18%
Robot Manipulator
14%
Robot-assisted Surgery
16%
Robotics
37%
Scaffold Structure
21%
Soft Continuum Robots
18%
Soft Robot
22%
Surgeons
16%
Surgical Knot
23%
Surgical Suture
33%
Suture Thread
25%
Thread Identification
16%
Three-dimensional (3D)
21%
Tip Trajectory
14%
Tissue Engineering
27%
Tissue Scaffolds
16%
Trajectory Planning
23%
Tweezers
16%
Two-probe
16%
Vision-based
38%
Visual Image
15%
Workspace
19%
Engineering
Acid Solution
20%
Assembly Process
12%
Biomechanical Property
16%
Capacitive
25%
Collision Avoidance
11%
Conductive
16%
Control Scheme
30%
Degree of Freedom
9%
Electric Field
44%
Electrical Contact
10%
Electrode Array
16%
Electromagnetic Coil
12%
End Effector
10%
Engineering Application
10%
Environmental Noise
11%
Experimental Parameter
16%
Experimental Result
21%
Finite Element Analysis
14%
Input Force
8%
Input Voltage
33%
Inverse Kinematics
9%
Jacobian
11%
Kalman Filter
12%
Magnetic Field
16%
Manipulation System
12%
Manipulator
52%
Microelectromechanical System
29%
Microgripper
12%
Micromanipulation
21%
Micropart
42%
Microparticles
16%
Microscale
11%
Motion Blur
8%
Native Tissue
16%
Nonuniform Electric Field
25%
Path Planning
29%
Patterning Technique
16%
Printed Scaffold
8%
Reduction Mechanism
10%
Robot
100%
Robot Manipulator
18%
Robotic Manipulator
16%
Robotic System
23%
Scaffold Surface
11%
Shape Reconstruction
14%
Slippage
19%
Soft Robot
26%
Three Dimensional Printing
16%
Three-Dimensional Reconstruction
8%
Tissue Regeneration
59%