· Design and Optimization of Drone Power Systems  

· Power Management Technologies for Drones

· New Battery Technologies and Energy Storage for Drones

· Application of Wireless Charging Technology in Drones

· Autonomous Navigation and Intelligent Control Systems for Drones

· Cooperative Control Technologies for Multiple Drones

· Application of Machine Learning in Drone Image Processing

· Data Processing and Analysis Platforms for Drones

· Cloud Computing Supported Data Storage and Management for Drones

· Blockchain-based Data Security for Drones

· Application of Edge Computing in Real-time Data Processing for Drones

· Application of Novel Sensors in Drones

· Integration and Miniaturization of Drone Electronic Components 

· Research on Wireless Carrier Technologies for Drones

· Technologies to Enhance Interference Resistance of Drone Electronics

· RF Design and Implementation for Drones

· Architecture and Design of Communication Networks for Drones

· Real-time Data Transmission Between Drones and Ground Stations 

· Communication Protocols Among Drone Swarms

· Optimization of Signal Processing Algorithms for Drones

· Deep Learning-based Image Recognition for Drones

· Processing and Analysis of Remote Sensing Data from Drones

· Application of Multi-source Data Fusion Techniques in Drones

· Remote Sensing Technologies for Environmental Monitoring with Drones

· High-Precision GIS Applications Using Drones

· Image Processing and 3D Modeling Techniques Using Drones

· Environment perception for autonomous bionic robotic aircraft

· Modeling and control design for bionic unmanned aerial vehicles

· Autonomous intelligent control of low-altitude flight systems

· Deep learning and reinforcement learning for UAV autonomy

· Biologically-inspired environment perception for UAVs

· Autonomous planning and navigation for bionic aircraft

· Multimodal sensor fusion for UAV perception and feedback

· Modeling of sensory and motor systems for bionic UAVs

· Brain-inspired learning and adaptation for UAV control

· Biomimetic modeling and control for bio-mechatronic UAVs

· AI-driven intelligent systems for unmanned aerial vehicles

· Collaborative control and formation of multiple UAVs

· Biomimetic context awareness for unmanned aerial systems

· Intention understanding and decision-making for UAVs

· System design and learning control for micro UAV systems