Applications of Amphibious Robots and Intelligent Systems

Dear Colleagues,

When robots operate in complex and dynamic environments, their systems require multi-modal switching mechanisms, intelligent control algorithms, and motion planning techniques, all of which are crucial for system performance. This Special Issue, “Applications of Amphibious Robots and Intelligent Systems”, provides a platform for researchers from academia and industry to present cutting-edge research on multi-modal locomotion, intelligent control strategies, and motion planning technologies for robots operating in diverse environments. Through these technologies, we can significantly enhance the autonomy, accuracy, and adaptability of amphibious robot systems, enabling them to perform tasks in complex environments. We warmly invite researchers to submit innovative and high-quality contributions, particularly those that address the current technical challenges faced by amphibious robots. Key areas include, but are not limited to, innovative kinematics, control algorithms, real-time control systems, and optimization techniques. Submitted contributions may encompass theoretical analysis, simulation modeling, and experimental validation for amphibious robot systems. The practicality of controllers or algorithms should be validated through experimental setups, or at least consider real-world conditions in simulations. Additionally, we encourage comparing the proposed methods with current state-of-the-art research outcomes, highlighting the innovation and practical application potential of the technology. Through this Special Issue, we aim to advance the development of amphibious robot technology, providing opportunities for collaboration between academia and industry and supporting the widespread application of intelligent robotic systems in complex terrestrial and aquatic environments.

In this Special Issue, original research articles and reviews are welcome. Research areas may include (but are not limited to) the following:

1. Design of multi-mode mechanisms for robotics.
2. Bionic amphibious robot technology.
3. Amphibious alternating motion and dynamic modeling for robotics.
4. Advanced control designs for robotic systems.
5. Multi-habitat motion planning and trajectory optimization.
6. Multi-robot coordination and swarm robotics.
7. Learning-based control strategies and adaptive algorithms.
8. Applications of artificial intelligence (AI) in amphibious robotics.

Innovative robotic systems in the industrial automation, aerospace, medical, and service fields.

We look forward to hearing from you.

Prof. Dr. Yongsheng Ou
Dr. Yitao Pan
Guest Editors

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