noun the science of communication and control in animals, humans, and machines
Cybernetics is used in neuroscience to model the brain as a complex information processing system, helping to understand cognitive functions and behaviors.
In IT, cybernetics is used to optimize network performance, improve cybersecurity measures, and enhance data processing capabilities.
In robotics, cybernetics is used to design and control robotic systems that can adapt to changing environments and perform tasks autonomously.
Cybernetics is employed in cybersecurity to develop adaptive defense mechanisms that can detect and respond to cyber threats in real-time.
Cybernetics plays a crucial role in the development of artificial intelligence systems, particularly in the study of feedback mechanisms and control systems.
Cybernetics is employed in biomedical engineering to create prosthetic limbs and other medical devices that can interact with the human body in a natural way.
Cybernetics is a key concept in systems theory, helping to understand how complex systems self-regulate and maintain stability.
Cybernetics provides the theoretical foundation for control theory, which is essential in designing systems that can regulate themselves based on feedback.
Writers may use cybernetics as a theme in their science fiction novels or articles, exploring the relationship between humans and technology.
Psychologists may use cybernetics to study human behavior in relation to technology, or to understand how technology impacts mental health.
Engineers may apply cybernetic principles in designing control systems for various applications, such as robotics or automation.
Computer scientists may study cybernetics to develop algorithms and models for artificial intelligence and machine learning systems.
Biologists may use cybernetics to study feedback mechanisms in biological systems and how they can be applied to other fields.