Cybernetics – Computer Science (CYC)
Section Information
Cybernetics in Computer Science focuses on the study and design of regulatory, adaptive, and intelligent systems that integrate control, communication, computation, and feedback mechanisms. It examines how systems—biological, mechanical, or computational—perceive, process information, make decisions, and maintain stability within dynamic environments.
Modern cybernetics bridges artificial intelligence, systems theory, robotics, machine learning, human–computer interaction, and cognitive modeling. Advances in autonomous systems, cyber-physical platforms, intelligent control, and self-organizing networks highlight the interdisciplinary nature of cybernetic research in computing.
This section publishes research articles, reviews, and theoretical studies related to feedback control, intelligent systems, adaptive algorithms, communication theory, cognitive architectures, system modeling, and emerging cybernetic approaches across computational domains.
Scope
- Systems Theory and Feedback Control
- Dynamic system modeling and stability analysis
- Feedback, regulation, and adaptive control mechanisms
- Nonlinear, stochastic, and hybrid control systems
- Cyber-physical system dynamics and synchronization
- Information Processing and Communication
- Signal transmission, encoding, and information flow
- Communication theory and feedback-based architectures
- Distributed communication and multi-agent coordination
- Decision-making processes in intelligent systems
- Artificial Intelligence and Cognitive Systems
- Cognitive modeling, reasoning, and adaptive learning
- Perception–action loops and intelligent decision systems
- Reinforcement learning and autonomous control
- Human–machine interaction and cybernetic intelligence
- Robotics and Autonomous Systems
- Robot control, dynamics, and self-regulating behavior
- Sensing, navigation, and real-time feedback processing
- Swarm intelligence and decentralized coordination
- Adaptive and self-organizing robotic systems
- Cyber-Physical and Self-Adaptive Systems
- Integration of computation, communication, and control
- Self-healing, self-optimizing, and self-configuring systems
- Embedded intelligence and real-time system monitoring
- Safety, resilience, and reliability of cyber-physical platforms
- Human–Cybernetic Interaction
- Feedback-driven interfaces and interactive systems
- Ergonomics, behavior modeling, and cognitive feedback loops
- Assistive technologies and augmentation systems
- Collaborative intelligence involving humans and machines
- Theoretical and Emerging Cybernetic Approaches
- Complex systems, chaos, and self-organization
- Biocybernetics, neural modeling, and computational neuroscience
- Entropy, information theory, and system efficiency
- Cybernetic perspectives on AI, networks, and intelligent ecosystems
Editorial Board
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Topical Advisory Panel
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Papers Published
Click here to see a list of 5 papers published in this section.