📚︎Track 1: Unmanned Systems

・Space Unmanned Systems; 

・Aerial Unmanned Systems; 

・Ground Unmanned Systems; 

・Unmanned Driving Systems; 

・Surface Unmanned Systems; 

・Underwater Unmanned Systems; 

・Specialized Unmanned Systems; 

・Cross-Domain Cooperative Unmanned Systems; 

・Autonomous Robotics Systems; 

・Intelligent Unmanned Swarm Systems;

📚︎Track 2: Communication Network Technologies for Unmanned Systems

・Communication Protocol Design for Drones; 

・Network Security in Unmanned Systems; 

・Real-Time Video Transmission Technologies for Drones; 

・Vehicle-to-Vehicle Communication in Unmanned Systems; 

・Spectrum Management and Sharing for Drones; 

・5G Applications in Unmanned Systems; 

・Interoperability Design for Unmanned Systems; 

・Wireless Sensor Networks in Unmanned Systems; 

・Broadcast Communication Technologies for Drones; 

・Remote Monitoring Technologies for Unmanned Systems;

📚︎Track 3: Circuits, Equipment and Systems for Unmanned Systems

・Sensors and Control Apparatus for Autonomous Vehicles; 

・Electronic Stability Control in Autonomous Driving Systems; 

・High-Reliability Integrated Circuits for Autonomous Driving; 

・Precision Navigation Devices for Unmanned Systems; 

・Electronic Architecture Design for Autonomous Driving Systems; 

・Advanced Powertrain Systems Design for Unmanned Systems; 

・Development of Radar Systems for Drones; 

・Micro-Electromechanical Systems (MEMS) for Localization in Unmanned Systems; 

・Device Management in Vehicular Networks for Autonomous Driving; 

・Design of Energy Recovery Devices in Unmanned Systems;

📚︎Track 4: Intelligent Algorithm Applications in Unmanned Systems

・High-Performance Computing in Autonomous Driving; 

・Edge Computing in Unmanned Systems; 

・Data Stream Processing Technologies for Autonomous Driving; 

・Distributed Computing Architectures for Unmanned Systems; 

・Application of Blockchain Technology in Unmanned Systems; 

・Real-Time Decision Systems in Autonomous Driving; 

・Reinforcement Learning Algorithms in Unmanned Systems; 

・Computing Resource Optimization for Autonomous Driving Systems; 

・Algorithm Parallelization Techniques in Autonomous Driving; 

・Software Architecture Design and Implementation for Unmanned Systems;

📚︎Track 5: Control Technologies for Unmanned Systems

・Autonomous Control Algorithms for Unmanned Systems; 

・Stability and Control Technologies for Drones;

・Collaborative Control in Robotics and Unmanned Systems; 

・Path Planning and Navigation Methods for Unmanned Systems; 

・Multi-Agent System Control for Drones;

・Decision-Making Algorithms in Autonomous Unmanned Systems;

・Navigation and Control Strategies for Unmanned Underwater Vehicles; 

・Real-Time Control and Feedback Loops in Unmanned Systems; 

・Adaptive Flight Control Systems for Drones; 

・Application of Artificial Intelligence in Unmanned Control Systems;

📚︎Track 6: Signal Processing and Analysis for Unmanned Systems

・Advances in Signal Processing Techniques for Drones;

・Image Recognition and Analysis in Unmanned Systems;

・Voice Recognition and Processing Technologies for Drones;

・Transmission and Processing Optimization of Signals in Unmanned Systems;

・Radar Signal Processing Techniques for Drones; 

・Semantic Signal Processing in Unmanned Systems; 

・Signal Denoising Techniques for Drones;

・Signal Analysis Methods for Real-Time Unmanned Systems; 

・Sensor Data Fusion and Analysis in Unmanned Systems;

・Multi-Signal Source Processing Techniques for Drones;