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International Conference on Computing for Cyber-Physical Systems

๐Ÿ“… 1โ€“2 Feb 2027 ๐Ÿ“ Barcelona, Spain ๐Ÿ‘ค Standard / Listener

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Conference session tracks

Key research areas covered across the sessions โ€” tap a track to read more.

This track focuses on the latest research and innovations in cyber-physical systems, emphasizing their integration with computing technologies. Contributions that explore novel applications and theoretical frameworks are particularly encouraged.

This session will delve into the role of Internet of Things and embedded systems in enhancing engineering practices. Papers discussing real-world applications and challenges in deployment are welcome.

This track addresses the methodologies and tools for real-time data analytics within cyber-physical systems. Submissions should focus on techniques that improve decision-making processes in dynamic environments.

This session explores the design and implementation of control systems in networked environments. Contributions that highlight innovative control strategies and their computational aspects are encouraged.

This track invites papers on simulation methodologies that facilitate the analysis and design of cyber-physical systems. Emphasis will be placed on tools that enhance predictive capabilities and system validation.

This session focuses on the application of artificial intelligence in automating industrial processes. Papers that demonstrate the impact of AI on efficiency and productivity in engineering contexts are sought.

This track examines strategies for optimizing workflows in computing environments, particularly in relation to cyber-physical systems. Contributions should address both theoretical and practical aspects of workflow management.

This session highlights research on energy-efficient computing techniques applicable to cyber-physical systems. Papers that propose novel approaches to reduce energy consumption while maintaining performance are encouraged.

This track explores the intersection of robotics and cyber-physical systems, focusing on integration challenges and solutions. Contributions that present innovative robotic applications in various engineering domains are welcome.

This session addresses the role of distributed computing in improving the performance and scalability of cyber-physical systems. Papers that explore new architectures and algorithms for distributed environments are encouraged.

This track focuses on engineering solutions that address the complexities of networked systems within cyber-physical environments. Contributions should highlight practical implementations and case studies demonstrating effective solutions.