Event-triggered stabilization of fractional linear systems with time-varying delays: A Halanay inequality approach

Key Points

• Stabilization is achieved using an event-triggered control framework, enhancing system performance.
• Key evidence shows that the proposed method utilizes Halanay inequality, which reinforces mathematical stability concepts.
• The approach employs a rigorous analysis of fractional linear systems with time-varying delays, ensuring effective control.
• Results highlight the need for external validation to understand the applicability of the findings in broader contexts.