(Topics include but are not limited to)
Design and Automation of Intelligent Agricultural Machinery Equipment
Unmanned tractors and field operation robots
Precision sowing, fertilization, and variable spraying technology
Crop growth sensing and physiological information monitoring
Agricultural remote sensing and unmanned aerial vehicle farmland information acquisition
Field Environment Monitoring System Based on Internet of Things
Agricultural big data analysis and intelligent decision support
Precision irrigation and integrated water and fertilizer technology
Intelligent Navigation and Path Planning for Agricultural Machinery
Online detection and evaluation of agricultural machinery operation quality
Intelligent regulation and loss reduction technology for harvesting machinery
Equipment for agricultural waste collection and resource utilization
Facility Agriculture Intelligent Environmental Control System
Visual recognition and localization of agricultural robots
Agricultural Machinery Agronomy Integration and Digital Management
High throughput acquisition and analysis of crop phenotypes
Remote operation and fault diagnosis of agricultural equipment
Monitoring of energy consumption in agricultural machinery operations and low-carbon optimization
Intelligent Agricultural Machinery Standards and Testing Technologies
The Application of Digital Twins in Agricultural Equipment
Agricultural Artificial Intelligence Models and Algorithms
Agricultural sensors and wireless sensor networks
Human machine interaction and safety of agricultural machinery equipment
Agricultural precision management zoning and prescription map generation
Industrialization and Promotion Model of Intelligent Agricultural Equipment