◕ Track 1. AI-Navigation Convergence Technologies

Deep Learning for Navigation Optimization

Reinforcement Learning-based Path Decision-Making

Edge Computing for Real-Time Navigation

Multi-Modal Fusion Positioning

Dynamic Environment Path Planning

Autonomous Driving Navigation Algorithms

UAV Swarm Cooperative Navigation

Generative AI for Environmental Modeling

Federated Learning in Navigation Systems

Neuro-Symbolic Navigation Reasoning

◕ Track 2. Quantum Computing & Navigation System Innovations

Quantum Algorithmic Navigation Modeling

Quantum Sensing-based Positioning

Quantum-Classical Hybrid Navigation

Jamming-Resistant Navigation System Design

High-Precision Inertial Navigation Fusion

Quantum-Enhanced Aerospace Navigation

Fault-Tolerant Navigation Algorithms

Quantum Communication-Positioning Integration

Quantum Inertial Measurement Units

Quantum Navigation Noise Suppression Algorithms

◕ Track 3. Multi-Modal Perception & Positioning Technologies

Vision-LiDAR Fusion Systems

Dynamic Environment 3D Modeling

Semantic Mapping & Map Updating

Seamless Indoor/Outdoor Positioning

Multi-Sensor Error Compensation

Navigation in GNSS-Denied Environments

Bio-Inspired Navigation Models

Dynamic Obstacle Prediction Algorithms

mmWave Radar Positioning Enhancement

Tightly-Coupled Visual-Inertial Navigation

◕ Track 4. Navigation System Computing Architectures & Software Development

Parallel Computing Architecture for Navigation

Navigation System Development Frameworks

Computational Efficiency Optimization

Navigation Data Compression & Transmission

Embedded Navigation Software Architecture

Real-Time Computing Scheduling Strategies

Heterogeneous Computing Fusion Techniques

Navigation System Virtualization

Edge-Cloud Collaborative Computing Frameworks

Navigation Software Reliability Verification