CRC Press - Theory of Stabilization for Linear Boundary Control

Theory of Stabilization for Linear Boundary Control Systems by CRC Press offers a comprehensive look at stabilization problems within linear boundary control systems. This text introduces a unified algebraic approach that functions without requiring assumptions on finite-dimensional approximations, such as the existence of an associated Riesz basis. Readers will find a new proof for the stabilization result of finite-dimension linear systems, which allows for the explicit design of a feedback scheme. The book also addresses the complexities of output stabilization. It provides valuable insights into scenarios where standard observability or controllability conditions are not met, making it a significant resource for those working in automatic control and engineering technology. This work serves as a technical guide for researchers and engineers seeking to understand advanced algebraic methods in control system stability.