State-space methods can be used to design controllers and observers for control systems, such as state-feedback controllers, pole-placement controllers, optimal controllers, and state estimators.

The System Analysis & Control research group is concerned with the description and analysis of the overall liquid rocket engine system, including its transient behavior, which results from the coupled ...

Hazard Analysis and Critical Control Point (HACCP) is an internationally recognized, science-based food safety system based on preventing, eliminating and reducing hazards. It is fundamentally ...

At its core, systems analysis involves breaking down complex systems into smaller components, studying and understanding those components, and then reassembling them into a coherent whole. It is an ...

Learn how to use linearized models, eigenvalue analysis, modal analysis, and control strategies to assess and enhance the small signal stability of your power system.

Authors: Rachele Nebbia Colomba, Chiara Sammarco, Giorgio Simonini Title: Analysis in terms of controllability and observability of a non-linear system and control with FB linearization and adaptive ...

According to the writers at Analytics Steps, there are many advantages of system analysis and design. Two of the most significant are its versatility and ability to be customized.

The Department of Analysis and Control of Advanced Robotic Systems develops solutions for realizing a desired closed loop behavior in advanced robotic systems. This includes in particular the ...

This paper presents a queueing-theoretical approach to the analysis, control, and evaluation of mobility-on-demand (MoD) systems for urban personal transportation. A MoD system consists of a fleet of ...