Development and implementation of a biomanipulation system with magnetic-driven microrobots

Keyphrases

• Magnetic-driven Microrobots 100%
• Biomanipulation 100%
• Microfluidic chip 40%
• Micromanipulator 40%
• Biological Micromanipulation 40%
• System Development 20%
• Artificial Neural Network 20%
• Extreme Learning Machine 20%
• Control Strategy 20%
• Satisfactory Performance 20%
• Novel Hybrids 20%
• Piezoelectric Ceramic Actuator 20%
• Hysteresis Effect 20%
• Micro-nano 20%
• Positioning Performance 20%
• Flexure-based 20%
• Visual Servo Control 20%
• Motion Accuracy 20%
• Visual Tracking 20%
• Micromanipulation System 20%
• Design Modeling 20%
• Rate-dependent Hysteresis 20%
• New Foci 20%
• ANSYS Workbench 20%
• Servo Control Strategy 20%
• Microrobot 20%
• Analytic Modeling 20%
• Nanoscale Motion 20%
• Large Workspace 20%

Engineering

• Micromanipulation 100%
• Microrobots 100%
• Control Strategy 66%
• Fluidics 66%
• Optimal Design 33%
• Piezoelectric 33%
• Flexure 33%
• Scale Motion 33%
• Extreme Learning Machine 33%
• Hysteresis Effect 33%
• Dependent Hysteresis 33%
• Nanoscale 33%
• Servo Control 33%
• Artificial Neural Network 33%
• Actuator 33%

Computer Science

• Control Strategy 100%
• Servo Control 50%
• Extreme Learning Machine 50%
• Artificial Neural Network 50%
• Actuator 50%
• Optical Tracking 50%