kyberfyysisten

The term "kyberfyysisten" is the genitive plural form of the Finnish word "kyberfyysinen." This translates to "cyber-physical" in English. In essence, it refers to systems that integrate computational elements with physical processes. These systems involve close interaction and control loops between the digital and physical worlds.

Cyber-physical systems are characterized by their ability to sense their environment, process information, and then act upon the physical world. This is often achieved through embedded computers, sensors, actuators, and networks. Examples of cyber-physical systems are widespread and include applications in manufacturing (industrial control systems), transportation (autonomous vehicles, air traffic control), healthcare (medical devices, robotic surgery), and smart grids for energy management. The integration of these systems allows for greater automation, efficiency, and advanced functionalities that were previously impossible. The study and development of cyber-physical systems is a significant area of research and engineering, often referred to as cyber-physical systems engineering. The concept emphasizes the interconnectedness and feedback loops between the computational and physical components.