[HTML][HTML] Design and application of depth control methods for autonomous underwater profilers in challenging marine environments
Coastal lagoons, such as the Mar Menor, have suffered significant environmental crises that
have adversely affected tourism, leisure, and fishing activities, while also decreasing …
have adversely affected tourism, leisure, and fishing activities, while also decreasing …
Fuzzy-Based PID Motion Control for Inhalation-Type Floating Garbage Cleaning Robots
Z Li, X Mi, M Basin, H Zeng - IEEE Access, 2024 - ieeexplore.ieee.org
This paper introduces an intelligent controlled cleaning tool for picking up underwater
floating garbage. An inhalation-type garbage cleaning robot is designed not only to improve …
floating garbage. An inhalation-type garbage cleaning robot is designed not only to improve …
Classification on unmanned underwater vehicles: A review
This paper represents a concise survey of different unmanned underwater vehicles,
commonly known as UUV. These unmanned vehicles are classified into two categories, one …
commonly known as UUV. These unmanned vehicles are classified into two categories, one …
Nonlinear trajectory tracking with a 6DOF AUV using an MRAFC controller
LPF Bravo, CGP Zuñiga - IEEE Latin America Transactions, 2025 - ieeexplore.ieee.org
New technologies such as AUVs are used for marine exploration, considered a widespread
solution in ocean monitoring, whose conventional controllers such as PID or LQR present …
solution in ocean monitoring, whose conventional controllers such as PID or LQR present …
Iterative learning model predictive control for lateral control of autonomous vehicles
Y Chen, X Li - 2022 IEEE 11th Data Driven Control and …, 2022 - ieeexplore.ieee.org
The work proposes a novel iterative learning model predictive control method for lateral
tracking control of au-tonomous vehicles. It endows the traditional model predictive …
tracking control of au-tonomous vehicles. It endows the traditional model predictive …
Study on a Novel Fuzzy PID Control System for the Ellipsoidal Underwater Robot
Autonomous Underwater Vehicles (AUVs) have gained popularity for their exceptional
maneuverability and versatility in marine environments. However, conventional PID methods …
maneuverability and versatility in marine environments. However, conventional PID methods …
Adaptive Neuro Fuzzy PID Controller for A Compact Autonomous Underwater Vehicle
An adaptive Neuro Fuzzy Proportional-Integral-Derivative (PID) controller for navigation of
an compact autonomous underwater vehicle is presented here. The Autonomous …
an compact autonomous underwater vehicle is presented here. The Autonomous …
Variable-Domain Fuzzy based Dual-Loop Control for Stewart Platform Dynamic Target Tracking
S Min, J Luo, Y Zhou - … Internet of Things and Cloud Computing …, 2024 - ieeexplore.ieee.org
This paper investigates a dynamic target tracking method for the Stewart platform based on
monocular vision distance measurement. The innovative approach applies a variable …
monocular vision distance measurement. The innovative approach applies a variable …
Design of Robust Proportional-(Proportional-Derivative) Controller for an Autonomous Underwater Vehicle Using Quantitative Feedback Theory in the Diving Plane
In this paper, a robust proportional-(proportional-derivative) controller is designed for an
autonomous underwater vehicle using quantitative feedback theory in the presence of plant …
autonomous underwater vehicle using quantitative feedback theory in the presence of plant …