The topics of interest for submission include, but are not limited to:
Track 1: Unmanned Systems | Track 2: Communication Network Technologies for Unmanned Systems | Track 3: Circuits, Equipment and Systems for 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 | ・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 | ・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 | Track 5: Control Technologies for Unmanned Systems | Track 6: Signal Processing and Analysis for 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 | ・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 | ・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 |