Título: M1. Systems and Signals Examples
Descripción automática: In this video, from the Polytechnic University, a professor introduces a course on dynamics and control, focusing on systems and signals. He defines dynamic systems as those where present behaviors are influenced by past actions and notes that dynamic doesn't necessarily mean movement. Examples such as a kiln's temperature dynamics illustrate that changes within systems can occur without physical motion.
The professor then delves into the concept of control, explaining that dynamic systems can be modified by altering variables. The role of the controller, which can be adjusted in response to changes in the system, is emphasized. He points out that control is present in both industrial applications and natural processes, like birds flying or the human body's balance.
The video explores the feedback mechanism, crucial for system regulation in various contexts, including aircraft stability and the body's homeostatic balance, such as blood glucose regulation. The importance of feedback in maintaining systems and the difference in control precision based on system requirements is discussed.
Lastly, the idea that feedback and control are not only found in physical systems but also in psychological ones and social interactions is touched upon. The complexity of measuring and modeling variables in these contexts is acknowledged due to their qualitative nature. The session concludes with the assertion that feedback is essential for engagement and previews a future discussion on artificial systems.
Autor/a: Albertos Pérez Pedro
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