Lu et al., 2022 - Google Patents

Robust control strategy of gradient magnetic drive for microrobots based on extended state observer

Lu et al., 2022

View HTML
Document ID
23397920527291209
Author
Lu J
Liu Y
Huang W
Bi K
Zhu Y
Fan Q
Publication year
Publication venue
Cyborg and Bionic Systems

External Links

Snippet

Microrobots have great application potential in the biomedical field, to realize the precision and efficiency of microrobots in vivo is research focus in this field. Microrobots are accompanied by various disturbances in complex environment. These disturbances will …
Continue reading at spj.science.org (HTML) (other versions)

Similar Documents

Publication Publication Date Title
Lu et al. Robust control strategy of gradient magnetic drive for microrobots based on extended state observer
Yang et al. Improved artificial potential field and dynamic window method for amphibious robot fish path planning
Dai et al. A review of spatial robotic arm trajectory planning
Abbasi et al. Autonomous 3D positional control of a magnetic microrobot using reinforcement learning
Ji et al. Sliding mode control of manipulator based on improved reaching law and sliding surface
Uvet et al. Micro-UFO (untethered floating object): A highly accurate microrobot manipulation technique
Yuan et al. RectMag3D: A magnetic actuation system for steering milli/microrobots based on rectangular electromagnetic coils
Khanesar et al. Robust sliding mode fuzzy control of industrial robots using an extended kalman filter inverse kinematic solver
Dai et al. A review of end-effector research based on compliance control
Feemster et al. Autonomous microrobotic manipulation using visual servo control
Fan et al. Combined magnetic field decoupling and disturbance rejection control of microrobots based on extended state observer
Xia et al. A new foot trajectory planning method for legged robots and its application in hexapod robots
Wang et al. Magnetic Soft Microrobot Design for Cell Grasping and Transportation
Zheng et al. Dynamic analysis and path planning of a turtle-inspired amphibious spherical robot
Stejskal et al. Mapping Robot Singularities through the Monte Carlo Method
Tang et al. Non-probabilistic reliability analysis of robot accuracy under uncertain joint clearance
Acosta Núñez et al. Energy-saver mobile manipulator based on numerical methods
Hou et al. An improved backstepping controller with an LESO and TDs for robust underwater 3D trajectory tracking of a turtle-inspired amphibious spherical robot
Wang et al. Two-Step Adaptive Control for Planar Type Docking of Autonomous Underwater Vehicle
Lu et al. Adaptive non-singular terminal sliding mode control method for electromagnetic linear actuator
Zheng Autonomous Obstacle Avoidance and Trajectory Planning for Mobile Robot Based on Dual-Loop Trajectory Tracking Control and Improved Artificial Potential Field Method
Zhang et al. Dynamic modeling and control of antagonistic variable stiffness joint actuator
Wu et al. Equivalent rope length-based trajectory planning for double pendulum bridge cranes with distributed mass payloads
Li et al. Automated Magnetic Microrobot Control: From Mathematical Modeling to Machine Learning
Wang et al. Design and dynamic modeling of a 3-RPS compliant parallel robot driven by voice coil actuators