1.
Multi-functional Agricultural Robot and Its Key Technologies Analysis
多功能农业机器人及其关键技术分析
2.
Design of Agricultural Robot Navigated by the Slider-crank Mechanism
基于曲柄滑块机构原理导航的农业机器人设计
3.
Typical Application Domains, Major Characteristics and Key Techniques of Agricultural Robots
农业机器人的应用领域、特点及支撑技术
4.
Main application domains and key techniques of agricultural robots
农业机器人的主要应用领域和关键技术
5.
Research on DC Servo Drive System of Agricultural Robot Intelligent Joint;
农业机器人智能关节直流伺服驱动系统的研究
6.
Neuro-Fuzzy Modelling and Model-based Fault Detection on an Automonous Augriculture Robot;
自主农业机器人的神经—模糊建模与故障检测
7.
Agricultural robot vision navigation algorithm based on illumination invariant image
基于光照无关图的农业机器人视觉导航算法
8.
Identifying the Navigation Route Based on TMS320DM642 for Agriculture Visual Robot
基于TMS320DM642的农业机器人视觉导航路径检测
9.
Research on Visual Error of Agricultural Robot Based on Neural Network Correction
基于神经网络修正的农业机器人视觉误差研究
10.
RESEARCH ON THE VISION NAVIGATION INFORMATION FOR AUTONOMOUS MOBILE AGRICULTURAL ROBOT;
自主行走农业机器人视觉导航信息处理技术研究
11.
Development of Transplanting Robot in Facility Agriculture Based on Machine Vision;
基于机器视觉设施农业内移栽机器人的研究
12.
Nobody Driving of Farm Machinery Based on the Robotics Visual Systems
基于机器视觉的农业机械无人驾驶系统
13.
Cutter bars for agricultural machinery
GB/T1209-1986农业机械切割器
14.
Farm machinery is let out by the week.
农业机器按周出租。
15.
Study on Optimization and Design of Agricultural Machinery System in Daqing Farm;
大庆农场农业机器系统优化设计研究
16.
Study on Optimum Disposition of Production Machines for Agricultural Enterprises;
农业企业生产作业机器配置优化研究
17.
grater for agricultureal- and industrial-type fruit crushing machines
磨碎器,农业和工业型水果粉碎机用
18.
The use of robotics in agriculture could mean a great leap forward in technology.
在农业生产中使用机器人说明技术上的一大飞跃。