Latest Articles for Control Systems

A look into how systems lose energy and the importance of diverse inputs.

Learn how reinforcement learning enhances machine communication and decision-making.

A look at how control systems manage shared resources effectively.

New methods help robots maintain balance in uncertain environments.

Introducing a safety filtering framework for effective boundary control in dynamic systems.

Transformers improve feedback and control in quantum technology, enhancing stability and performance.

Integrating learning models into control systems leads to smarter robots and cars.

A simple look into complex control systems and their applications.

Discover the benefits of kernelized offset-free control systems in managing complex machines.

Discover how researchers tackle optimal control problems with innovative approaches.

Ensemble learning improves safety filters in control systems, enhancing decision-making for technology.

Discover how data-driven LQR transforms control systems without needing prior knowledge.

Discover how reinforcement learning helps machines keep pendulums upright.

Advanced machine learning transforms how spacecraft coordinate in space.

Discover how Rectified Control Barrier Functions enhance safety in complex control systems.

Learn how DeePC-Hunt improves rocket landing safety and efficiency.

Researchers develop effective methods for managing attitude control in random environments.

Learn how nonlinear offset-free MPC improves control system stability and performance.

Learn how buck converters effectively manage voltage for stable power systems.

Discover how MPC revolutionizes control in switched systems.

Learn how engineers ensure stability in complex systems despite uncertainties.

Learn how linear time-varying systems adapt over time in various applications.

Learn how passive LTV systems manage energy efficiently.

Learn how to safely navigate unpredictable systems for optimal outcomes.

Discover advanced methods to keep robots safe in unpredictable environments.

Discover how machines learn and adapt without needing detailed instructions.

Learn how fast observers keep water levels stable in interconnected tanks.

Discover how Carleman weight functions help manage complex systems effectively.

Engineers tackle noise challenges in data-driven control systems for better performance.

Designing controllers for stability and performance in complex systems.

A new method enhances robot safety and efficiency during movement control.