AI is transforming traditional PID controllers with adaptive tuning, predictive maintenance, and smarter control, boosting ...

Yan Zhu and Weixing Cao's study presents a phenotyping robot that enhances crop trait monitoring, integrating multisensor data for sustainable agriculture.

Ultimately, it generates differentiated temperature control instructions using a PID control algorithm and introduces Q-learning reinforcement learning to dynamically adjust control parameters, ...

Precision is everything when it comes to microsurgery. A few microns—smaller than the width of a human hair—can mean the ...

Brushless DC (BLDC) motors are widely utilized in various fields, including high-speed drives, artificial heart pumps, and electric vehicles, due to their superior torque, compact size, and enhanced ...

Behind the soaring drones lies a silent technological game of stability and reliability. Every precise hover and smooth flight path relies on the flight control system (flight control) as the 'central ...

The system is designed to resist time delays, random cyberattacks, and malware, while also adapting to the changing behavior of energy storage systems • Tested on both computer simulations and ...

This study aims to explore the application of integrated thermal management systems in pure electric vehicles by comparing traditional PID controllers with fuzzy controllers to optimize system ...