◕ Track 1: Intelligent Sensing and IoT Systems

1. Agricultural and Breeding Environment Perception Systems

2. Sensor Networks and Multi-source Data Acquisition

3. Wearable and Embedded Sensing Devices

4. Edge Computing and Collaborative Sensing

5. Distributed Internet of Things Architecture

6. Real-time Monitoring and Data Stream Processing

7. Low-power Consumption and High-reliability Sensing Systems

8. Intelligent Environment Perception and Context Awareness

9. Pervasive Computing in Agricultural Scenarios

◕ Track 2: Signal Processing and Intelligent Data Analysis

1. Agricultural and Biological Signal Processing

2. Multi-modal Data Fusion Methods

3. Spatiotemporal Data Analysis and Modeling

4. Anomaly Detection and Event Recognition

5. Image and Video Analysis Technologies

6. Statistical Learning and Signal Modeling

7. Uncertainty and Noisy Data Processing

8. High-frequency and Streaming Data Analysis

9. Data Understanding for Complex Systems

◕ Track 3: Edge Intelligence and Distributed Computing

1. Edge Artificial Intelligence Methods

2. Cloud-Edge-Device Collaborative Computing

3. Distributed Learning and Inference

4. Federated Learning and Privacy Preservation

5. Real-time Decision Making and Online Learning

6. Intelligent Computing in Resource-constrained Environments

7. Low-latency System Design

8. Large-scale IoT Data Processing

9. Heterogeneous Computing Architectures

◕ Track 4: Intelligent System Modeling and Decision Making

1. Data-driven Decision Making Methods

2. Intelligent Optimization and Control Algorithms

3. Complex System Modeling and Simulation

4. Prediction Models for Agricultural and Breeding Systems

5. Reinforcement Learning and Adaptive Systems

6. Decision Support Systems

7. Multi-agent Systems

8. Digital Twin and Virtual Modeling

9. Intelligent Scheduling and Resource Optimization

◕ Track 5: Intelligent Automation and Robotic Systems

1. Agricultural and Breeding Robotic Systems

2. Autonomous Navigation and Path Planning

3. Multi-robot Collaboration Mechanisms

4. Unmanned Aerial Vehicles and Intelligent Inspection Systems

5. Integrated Sensing-Decision-Actuation Systems

6. Intelligent Control and Execution Technologies

7. Human-machine Collaboration and Interaction

8. Automated Production Systems

9. Intelligent Operation Systems

◕ Track 6: Digital Agriculture and Intelligent Breeding Applications

1. Data-driven Agricultural Management Systems

2. Intelligent Breeding and Health Monitoring

3. Intelligent Regulation of Agricultural Environments

4. Digitalization of Agricultural Supply Chains

5. Agricultural Information Systems and Platforms

6. Smart Farms and Digital Pastures

7. Agricultural Blockchain and Traceability

8. Technologies for Sustainable Agricultural Development

9. Digital Technology-enabled Agricultural Transformation