page loader
Enhance trajectory tracking quality for 4-wheeled omnidirectional robots based on a combination of Fuzzy logic with Dynamic sliding Surface Controller
Authors: Trần Đức Lương, Hồ Sỹ Phương, Vũ Đình Thi, Lê Văn Chương, Tạ Hùng Cường, Cao Nguyễn Tiến Dũng
4    0
The 7th International Conference and Exhibition on Control and Automation
:     : 75
Publishing year: 5/2024
This paper proposes a controller to enhance trajectory tracking quality for 4-wheeled omnidirectional robots based on the fuzzy logic combination for the dynamic sliding surface controller (AFDSC). In the article, the stability of the controller is proven based on mathematics and Lyapunov stability criteria, and simulation results on Matlab Simulink software are compared with Dynamic Sliding surface Controller (DSC) to demonstrate the correctness, usability, and advantages of the proposed controller.
Autonomous Robot; Omnidirectional Robot; Dynamic Surface Sliding Control; Fuzzy Logic Control.
APPLICATION OF THE RFID TECHNOLOGY IN DESIGNING WORKFORCE ONTROLLING SYSTEMRESEARCH AND EXPERIENCE DESIGNING A CONTROLLER FOR ROBOT 5 DOF WITH ALL REVOLUTE JOINTAutomation in Intelligent Agriculture 4.0Adaptive inteval type 2 fuzzy controller for object robot 5 DOFThực nghiệm bộ điều khiển pid, fuzzy, pid và fuzzy điều khiển tốc độ động cơ một chiều trên cơ sở ứng dụng LabviewHUMAN RESOURCES CONTROLLED AND AUTOMATED: INDUSTRIAL REVOLUTION 4.0Design of Control System for Regulation of Water Level in a Boiler DrumA novel adaptive sliding mode controller for robot manipulators using RBF neural modelDesign and Implementation of Control System Using STM32 MicrocontrollerThe Practice of Mapping-based Navigation System for Indoor Robot with RPLIDAR and Raspberry PiSYNTHESIS OF OPTIMAL ADAPTIVE CONTROL SYSTEMS FOR A CLASS OF MIMO LINEAR WITH VARIABLE PARAMETERS SYSTEMS UNDER EXOGENOUS DISTURBANCEIntelligent control systemDESIGN AND IMPLEMENTATION OF A LOW-COST CNC LASER ENGRAVING MACHINE FOR UNIVERSITY LABORATORIESDesign and implementation of real-time self-driving car driving using convolution neural networks and IoTFault tolerant control for wheels mobile robot with actuator faultsPower electronicsSynthesis of Adaptive Robust Controller Based on Neural Network for Industrial Robot ManipulatorComprehensive optimal fuzzy control for a two‑wheeled balancing mobile robotDevelopment of an Adaptive Fuzzy-Neural Controller for Temperature Control in a Brick Tunnel Kiln