Latest Articles for Control Theory

A new method groups contingencies to enhance power system stability and efficiency.

Exploring effective strategies for managing large groups of interacting agents.

Examining how small solutions influence larger systems in elliptic equations and spectral estimates.

New quantum algorithms improve kinetic energy estimation in complex mechanical systems.

Investigating solutions for optimal control problems under specific constraints.

An overview of Carnot groups and their applications in control theory and path optimization.

A new approach combines model-based and model-free strategies for better system performance.

A look at new strategies for stabilizing unknown, noisy systems in engineering.

A study on how agents make decisions in competitive environments using mean-field games.

A novel approach to understanding stability in systems with time delays.

Exploring stability and control in systems with finite switches.

This study reveals methods to enhance squeezing in quantum mechanics using optimal control.

A standardized platform for testing learning algorithms in boundary control of partial differential equations.

This research explores how to manage neural activities with advanced control methods.

A fresh method for managing population changes in real-time.

A new method for stable factorization of nonsingular matrix functions using ExactMPF.

A guide to Wiener-Hopf indices and their role in mathematics.

Analyzing expert behaviors to improve robotics and rehabilitation.

A look into optimizing complex shapes using innovative techniques.

A look into contact geometry, Reeb orbits, and their significance in various fields.

Exploring the unique properties and applications of antinorms in mathematics.

Examining how perturbations affect eigenvalues in Rosenbrock systems and their implications.

Explore how invariant norms impact the stability of linear systems.

Exploring the methods and challenges in controlling quantum systems for technology applications.

Researchers leverage data to improve control of complex systems effectively.

A new approach enhances control of quantum systems through multiple-shooting techniques.

A look into real-time techniques for identifying hybrid systems.

This study presents methods for approximating Hamilton-Jacobi equations using continuous time Markov decision problems.

Learn how Riemannian splines connect points smoothly on curved surfaces.

Examining rough paths, their properties, and applications across various fields.

Learn how to address discounted control problems affected by time delays.

A new method strengthens Kalman filtering against noise in various applications.

Explore strategies for effectively handling unpredictable systems in various fields.

This study explores how to manipulate fluid movement in defined spaces.

Explore the role of Control Barrier Functions in maintaining safety across various systems.

Discover how small measurable sets impact observability in the heat equation.

This study focuses on optimal control for fluid dynamics governed by Stokes equations.

Investigating the behavior and stability of contracting systems and their applications.

Research focuses on stabilizing quantum systems against outside interference.

This article discusses vibrational control techniques for stabilizing complex networks.