terrain vehicle

Basing on the terrain scanning mission, this paper focuses on the problem of mission and task coordination method at the planning layer of AUV ( Autonomous Underwater Vehicle) control system.

以地形勘查使命为背景，对AUV（自治式水下机器人）规划层使命与任务协调方法进行了研究。

Design of electric logic control for on water operation implement in rubber track type all terrain vehicle

橡胶履带式全道路车水上作业装置电气逻辑控制设计

The design process of associated simulation platform for active terrain adaptive vehicle ( ATAV) based on virtual prototype was introduced.

介绍了采用虚拟样机技术建立主动适形移动机器人（Active Terrain Adaptive Vehicle，ATAV）联合仿真平台的设计过程。

In order to estimate the terrain trafficability of off-road vehicle, an estimating system was constructed based on VPG ( virtual proving ground) technology.

为了评价越野车辆的地形通过性，建立了基于虚拟试验场技术的评价系统。

All terrain articulated tracked vehicle is characterized by high and good mobility, itcan travel in a variety of extreme conditions, such as snow, streams, ponds, swamps, jungles, deserts, mountains and successfully complete rescue and transportation.

全地形铰接履带车的特点是通过性好，机动性灵活，可以行驶在各种极端工况，比如雪地、溪流、池塘、沼泽、丛林、沙漠、山地等，顺利完成救援及货物运输要求。

Study on Terrain Matching Algorithm of Tracked Vehicle in Virtual Scene Simulation

视景仿真中履带式车辆地形匹配算法研究

That is our cfmoto500cc all terrain vehicle.

这也是我们今天要带给大家的惊喜。

ATV, All Terrain Vehicle.

全地形机动车。

A Study on Terrain Matching Assistant Positioning Technology for Underwater Vehicle

水下潜器的地形匹配辅助定位技术研究

The steering transient response test ( steering wheel angle pulse input) show that the resonance of All Terrain Vehicle is about 1.2 Hz.

转角输入脉冲试验表明全地域车的谐振频率约为1.2Hz。

That is our CFMOTO 500 CC All Terrain Vehicle.

这也是我们今天要带给大家的惊喜.

Next, we present our approach of SAR simulation lying emphasis on the geometrical distortions and the speckle and then give the simulating results of a terrain, buildings and vehicle.

然后，提出了SAR图像几何畸变和斑点噪声（speckle）的仿真方法，并给出了计算机仿真山地、建筑物和车辆的SAR图像。

Effects of terrain characteristic on vehicle vibration

路面特性对车辆振动影响规律研究

Modeling Simulation and Optimum Design of Driveline for All Terrain Vehicle Based on ADAMS/ View

基于ADAMS/View的沙滩摩托车传动系建模仿真及优化设计

The conclusions obtained from it can be directly applied to the analysis and design of rubber belt CVT, and preferably applied to the All Terrain Vehicle in practice.

其结论可用于胶带式无级变速器的设计分析，并在一种全地形车上得到了较好的实际应用。