1) movement navigation
运动导航
2) constraint-based movement navigation
约束运动导航
3) assembly motion navigation
装配运动导航
1.
Based on the analysis of the disadvantage of traditional assembly motion navigation, a new approach, which is based on collision detection and assembly force has been put forward.
基于碰撞检测与装配力的装配运动导航的设计思想,本质上是对现实装配过程的动态模拟。
4) dynamic navigation
动态导航
1.
A multi-level route-planning algorithm based on real-time traffic information in embedded environment is proposed in this paper,which can avoid some jam-packed roads at some extent in the embedded computing environment with the feature of small memory and low frequency CPU,and meet the requirements of real-time dynamic navigation application using traffic information.
实验表明,算法能满足嵌入式环境动态导航服务需求。
2.
This article analyses the RDS-TMC technology,designing carried the dynamic navigation equipment using the RDS technology transmission real-time transportation information vehicle,and introduces the main function module of this equipment.
本文在分析研究RDS-TMC技术的基础上,设计了利用RDS技术传输实时交通信息的车载动态导航装置,并介绍了该装置的主要功能模块。
3.
Finally,vehicle dynamic navigation based on dynamic route plan.
结合国内外的研究现状,基于实时GPS数据和高架线圈检测数据的数据融合处理技术,给出了面向动态导航的实时交通信息服务系统的总体框架,实现了城市路网的实时交通流状态估计;通过构建实时交通信息系统,借助无线通讯方式为车辆提供实时交通信息和动态路径规划服务,实现了在动态路径规划基础上的车辆动态导航。
5) automatic navigation
自动导航
1.
Objective To explore the method of automatic navigation for PC based virtual endoscope system.
目的研究基于PC机的虚拟内窥系统中的自动导航方法。
2.
Utilizing AutoLisp language inner AutoCAD, this paper developed an automatic navigation function among views and described the methed how to realizate the function.
利用 Auto CAD内嵌的 Autolisp函数开发了三视图的自动导航功能 ,并描述了实现该功能的方法 。
3.
To reduce diagnosis time,automatic navigation for virtual endoscope is required to accelerate browsing of human organs.
为了缩短诊断时间,虚拟内窥镜需要提供一种自动导航方式来加快器官的浏览,通过分析已有细化算法提出一种快速的导航路径提取方法。
6) automatic guidance
自动导航
1.
Research progress of automatic guidance technologies applied in agricultural engineering;
自动导航技术在农业工程中的应用研究进展
2.
The technology of automatic guidance is the base of precision agriculture.
自动导航技术是实施精准农业的基础,在精准播种、精准施肥、精准喷药、精准收割等各个方面起着重要作用。
3.
The technology of automatic guidance is the base of Precision Agriculture.
自动导航技术是实施精准农业的基础,在精准播种、精准施肥、精准喷药、精准收割等各个方面起重要作用。
补充资料：奥米加导航系统(见飞机双曲线导航系统)
奥米加导航系统(见飞机双曲线导航系统)
Omega navigation system
Aomiiia daohang Xitong奥米加导航系统(omeg。。avigationsystem)见飞机双曲线导航系统。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条