1.
Simulation Research of Fuzzy-Expert System for AUV Self-Rescue;
智能水下机器人（AUV）自救模糊专家系统仿真研究
2.
The Research on Global and Local Path Planning for Autonomous Underwater Vehicle;
智能水下机器人全局及局部路径规划技术研究
3.
The Research on Hierarchical Global Path Planning for Autonomous Underwater Vehicle;
智能水下机器人分层全局路径规划方法研究
4.
Study of Visual Simulation Experiment Platform for AUV
智能水下机器人视景仿真实验平台研究
5.
Investigation on MAS-based Architecture of Military AUV;
基于多智能体的军用智能水下机器人体系结构研究
6.
Research on Real-time Collision Avoidance and Global Path Planning of AUV;
智能水下机器人的实时避碰策略和全局路径规划研究
7.
Design and experiment of an autonomous underwater vehicle for monitoring large-scale marine environment
一种智能水下机器人进行大范围海洋环境监测的方案与实验
8.
Research on Reliability of AUV Intelligent Decision System;
水下机器人智能决策系统可靠性研究
9.
Research on Coordination of AUVs Based on Multi Agents;
基于多智能体水下机器人的协调研究
10.
Anti-seepage of water pond for experiment of under water intellectual robot
哈工大水下智能机器人试验水池防渗工程
11.
A Fuzzy Motion Control of AUV Based on Apery Intelligence
水下机器人的仿人智能模糊运动控制方法
12.
Distributed Intelligent Control of the Multiple AUVs;
多水下机器人分布式智能控制技术研究
13.
Research on the Coordination Method of AUVs Based on MAS;
基于多智能体的水下机器人协调方法研究
14.
The Study on Imaging Visual and Information Processing Techniques of Acoustic Vision System for AUV;
水下智能机器人声视觉成像可视化技术研究
15.
Manufacture of Intelligent Measurement and Control System on Hydraulic Turbine Repairing Welding Robot;
水轮机修复机器人焊机智能测控系统研制
16.
workers in AI hope to imitate or duplicate intelligence in computers and robots.
人工智能的工作人员希望能让机器人有智力。
17.
Design of the Controller for Sample Machine of SPFCH Intelligent Robot;
大型复杂曲面水火成型智能机器人产品化样机控制系统的设计
18.
Can we really build super- smart robots using current techniques?
利用时下的技术，我们真的能够建造超级智能机器人吗？