Anton Selivanov

Background

About Anton Selivanov

I conduct fundamental research in control theory, focusing on developing methods to design practical controllers for complex dynamical systems described by partial and delay differential equations. My work ensures the reliability of these controllers under common real-world challenges, such as time delays, disturbances, noise, uncertainties, and quantization effects. Using tools like Lyapunov functionals, linear matrix inequalities (LMIs), and Fourier series, I develop theorems that provide stability guarantees and create computer programs (available on GitHub) to verify these theoretical conditions. My goal is to develop advanced mathematical tools for control systems that are both powerful and accessible to non-experts. My research has broad applications in aerospace, mechanical, civil, and chemical engineering.