(Include but not limited to)
Track 1: Agricultural Robots and Autonomous Operating Systems
Agricultural robots' perception, navigation and autonomous decision-making
Autonomous tractors, harvesters and field operation robots
Fruit and vegetable picking robots and flexible grasping technology
Precision weeding robots and targeted spraying systems
Agricultural robots' motion planning and SLAM (Simultaneous Localization and Mapping)
Multi-robot collaboration and cluster operations
Human-machine collaboration and safe interaction with agricultural robots
Design and optimization of agricultural robots' end effectors
Greenhouse and facility agricultural robots
Livestock breeding robots (feeding, manure cleaning, health monitoring)
Aquaculture automation equipment and robots
Agricultural robots' reinforcement learning and demonstration learning
Track 2: Intelligent Irrigation and Precise Water Resources Management
IoT-based intelligent irrigation scheduling and decision-making system
Variable irrigation technology and precise water application
Soil moisture condition monitoring and crop water requirement prediction
Solar-driven and energy-autonomous irrigation system
Integrated water and fertilizer intelligent management system
Estimation of evapotranspiration and crop water stress based on remote sensing and unmanned aerial vehicles
Energy efficiency optimization and energy-saving technology in irrigation systems
Safe irrigation technologies for reclaimed water and slightly saline water
Sensor networks and data fusion in intelligent irrigation
Application of digital twins in irrigation system optimization
Adaptive strategies for irrigation under climate change
Automated irrigation equipment for fields and orchards
Fault diagnosis and intelligent operation of irrigation systems
Water-energy-food interrelationship framework for irrigation management
Track 3: Unmanned Aerial Vehicle Perception and Agricultural Remote Sensing Applications
Multi-spectral/high-spectral crop monitoring by unmanned aerial vehicles
Unmanned aerial vehicle remote sensing for pest and disease detection and early warning
Unmanned aerial vehicle variable spraying and precise application technology
Unmanned aerial vehicle swarm collaborative operations and task allocation
Unmanned aerial vehicle platform payload design and flight control
Unmanned aerial vehicle image 3D reconstruction and crop phenotyping analysis
Multi-source remote sensing data fusion from satellites, unmanned aerial vehicles and ground-based systems
Application of unmanned aerial vehicles in soil health and land use mapping
Application of unmanned aerial vehicle remote sensing and AI for yield prediction
Application of unmanned aerial vehicles in agricultural disaster assessment and insurance claims
Unmanned aerial vehicle edge computing and real-time data processing
Application of unmanned aerial vehicles in livestock and fishery monitoring
Unmanned aerial vehicle operation regulations, airspace management and safety standards
......