Aligned with
This conference contributes to global sustainability by aligning its research discussions and academic sessions with key United Nations Sustainable Development Goals. It fosters knowledge exchange, innovation, and collaborative engagement.
This track focuses on the latest developments in artificial intelligence that enhance automation in robotics. It aims to explore innovative AI techniques that improve robotic functionalities and decision-making processes.
This session will delve into the integration of machine learning algorithms in robotic systems. Researchers are invited to present their findings on how machine learning can optimize robotic performance and adaptability.
This track examines the design and implementation of control systems that enable autonomous operation in robotic applications. Contributions should address challenges and solutions in achieving reliable and efficient control mechanisms.
This session highlights the role of software engineering principles in developing robust robotic systems. Papers should discuss methodologies, frameworks, and tools that facilitate the software development lifecycle in robotics.
This track focuses on the design and optimization of robotic systems to enhance performance and efficiency. Researchers are encouraged to share innovative approaches and case studies that illustrate effective system design.
This session explores middleware technologies that enable seamless integration of various robotic components and systems. Contributions should address interoperability challenges and solutions in robotic software architectures.
This track investigates the role of embedded systems in enhancing robotic functionalities. Papers should discuss design considerations, performance metrics, and application scenarios for embedded technologies in robotics.
This session focuses on the dynamics of human-robot interaction and the technological advancements that facilitate effective collaboration. Researchers are invited to present studies that address usability, safety, and user experience in HRI.
This track examines various AI frameworks that support the development of intelligent robotic systems. Contributions should highlight the strengths and limitations of these frameworks in real-world applications.
This session addresses the critical role of perception systems in enabling robots to understand and interact with their environment. Papers should explore sensor technologies, data processing techniques, and perception algorithms.
This track focuses on the emerging trends in integrating software solutions within robotic systems. Researchers are encouraged to discuss best practices, challenges, and future directions for effective software integration in robotics.