Session
Pre-Conference Poster Session I
Location
Utah State University, Logan, UT
Abstract
Anti-windup (AW) compensator in this study is designed to work with control systems experiencing actuator saturation. While working with an existing controller, the AW compensator prevents degradation in performance during saturation and enhances the system to perform optimally after saturation. In addition, the fault tolerant capability of a proposed integrated fault tolerant architecture is studied with the AW compensator.
Anti-Windup Compensator Approach to Nanosatellite Fault Tolerant Architecture
Utah State University, Logan, UT
Anti-windup (AW) compensator in this study is designed to work with control systems experiencing actuator saturation. While working with an existing controller, the AW compensator prevents degradation in performance during saturation and enhances the system to perform optimally after saturation. In addition, the fault tolerant capability of a proposed integrated fault tolerant architecture is studied with the AW compensator.
