path of navigation
英 [pɑːθ ɒv ˌnævɪˈɡeɪʃn]
美 [pæθ əv ˌnævɪˈɡeɪʃn]
【计】引导路径
双语例句
- A path expression is the result of navigation from a root expression via one or more persistent attribute ( s).
路径表达式是通过一个或多个持久化属性从根表达式进行导航得到的结果。 - Research on Path Plan and Motion Control of Mobile Robots in the Navigation
移动机器人导航中的路径规划与运动控制技术研究 - Research on Path Planning Method of the Indoor Mobile Navigation System
室内移动导航系统的路径规划方法研究 - Currently that is a long path of navigation only directed in one line of direction conducted with my mouse.
目前这是一个会花费很长时间的导航路径，仅仅针对我鼠标所点击的方向一项项的进行。 - Optimal path planning is widely recognized to be a critical issue in the field of vehicle navigation systems. The fast implement technology of the shortest path algorithms is studied and a fast route planning algorithm is proposed.
针对车辆定位与导航系统中的最优路径规划中存在的问题，研究了最短路径搜索算法的快速实现技术，提出了一种启发式快速最优路径规划算法。 - Then, the path planning strategies are put forward, consisting of the global navigation strategy, which is applied in the beginning of obstacle avoidance, and local navigation strategy which is used while crossing among obstacles.
其次，介绍了路径规划策略，包括避障开始时的全局导航策略和穿越障碍物时的局域导航策略。 - A mathematic model has been established in the article for the control system about the path deviation of ALV ( Autonomous Land Vehicles) in order to control its tracking navigation route accurately.
为了实现自主车跟踪固定路径的精确控制，建立了自主车路径偏差控制系统的数学模型。 - Searching for the Best Path in the Electronic Map System of Automobile Navigation
车载电子地图系统中的最佳路径搜索 - Without human knowledge, it can not reduce the scale of environment modeling radically, accordingly can not improve the speed of path planning and real-time of navigation monitoring.
没有人的知识帮助就无法从根本上降低环境建模的规模，进而大幅度提高路径规划速度和导航监控实时性。 - Optimal path plan is one of the key technologies in the vehicle navigation system, the vehicle navigation system is introduced and an optimal path planning algorithm based on GA ( Genetic Algorithm) is proposed in the paper.
最优路径规划是车辆导航系统中的关键技术之一，它提出了一种基于遗传算法的车辆路径规划方法。 - Firstly this paper studies the necessity and the implementing possibility of the dynamic path navigation system, then puts forward a constructive design framework of dynamic vehicle navigation system according to the transportation characteristics of the reality.
本文首先研究了实施动态路径导航系统的必要性及可能性，并基于现实的交通特点提出了一个动态导航系统的建设性设计框架。 - Path planning is also one key aspect in virtual reality engine. One of its application automatic navigation of virtual camera is a useful technique, and worth studying.
路径规划也是虚拟现实引擎里一个重点，其中虚拟场景中的摄像机自动导航是一个具有实用价值的研究方向。 - The path planning path of the algorithm can also be used for other 3D fly navigation application.
本文的算法亦可用于其它三维点对象的飞行路径规划。 - Path Planning Algorithms of Robots Navigation System
机器人导航系统中的路径规划算法 - Path Integration is an important sub field of Spatial Navigation.
路径整合是空间导航的一个重要子领域。 - On the n-path groups rhetorics of path the real time safety navigation path planning of mobile robots
移动机器人实时安全导航路径规划方法 - Path planning is one of the key problems for safety LR navigation on the uncertain and unstructured lunar environment.
在不确定的非结构化的月面环境下，实现月球车安全导航面临的一个关键问题是路径规划。 - Efficiently finding path in continuous space is of great significance to improve navigation performance and be-comes a hot spot issue currently.
目前，在连续状态空间中进行高效路径规划是地面自主移动机器人领域中的热点问题，对提高导航性能具有举足轻重的意义。 - In addition, target recognition based on the shape achieves the accurate position for mobile robot. Finally, mobile robot is moved by path planning. Therefore, the binocular function of mobile robot navigation is achieved.
此外，通过基于形状的目标识别，实现移动机器人的准确定位，从而指挥移动机器人按着路径规划的路线行走，实现移动机器人双目导航的功能。 - Finally, this paper introduced some researches on the path planning of the mobile robot autonomous navigation., discussed the pros and cons of the various existed path planning methods, and analyzed some problems unresolved until now.
最后，主要介绍了移动机器人在自主导航中的路径规划方面的研究，讨论了现有的各种现有路径规划的方法的优缺点，分析了至今还未很好解决的问题。 - In the areas of ITS, the path navigation systems has become the focus of ITS research, since it provides navigation services to users for the convenience of the public travel.
在ITS涉及的众多领域中，路径导航系统通过向用户提供导航服务方便民众出行，成为ITS研究的重点。 - According to the characteristics of mobile navigation system and traffic network as well as the actual driving conditions ( for example, traffic rules, road condition information and long-distance navigation), the shortest path algorithm of mobile navigation is studied in this paper.
本文针对手机导航系统的特性，根据交通网络的特点和实际驾驶情况（如交通规则、路况信息以及长距离导航），对手机导航中的导航引擎的最短路径算法进行了研究。 - Vehicle navigation system can effectively relieve urban traffic congestion, optimization of urban traffic flow, improve transport efficiency, reduce environmental pollution, etc Path planning is one of the important functions of Vehicle navigation system.
路径规划是车载导航系统的重要功能之一，有效的路径规划可以缓解城市交通拥挤、优化城市交通流、提高运输效率、减少环境污染等。 - The pages use a flat structure, add the path of the "crumbs" and site map, the rational design of the main navigation and static pages. ( 3) Keywords strategy.
网页使用扁平式结构，添加了面包屑路径和网站地图，合理设计主导航以及页面静态化处理。（3）关键词策略。 - Path planning as an important part of navigation system is guiding the safest, most quick path running, it saves the car on the road linger time, and improves the efficiency of driving.
路径规划作为导航系统的重要组成部分，指导着驾驶员按照一条最安全、最快速的路径行驶，节约了汽车在公路上的逗留时间，提高了行车效率。 - In the path of the calculation process of identifying motion control based on the introduction of acceleration sensor, navigation path of inertial navigation system is smoother.
在路径识别运动控制计算的过程中引入基于加速度传感器的惯性导航，使得导航路径更加平滑。 - Rapid positioning the resource users need, namely path discovery, is the main purpose of navigation attention.
而快速定位用户所需资源&即路径发现，是现有导航关注的主要目的。 - Autonomous navigation capability is the strategic point to AUV, and the path planning technology is the most important part of autonomous navigation system.
自主导航能力是自主水下机器人的关键，而路径规划技术是机器人自主导航系统中最重要的环节。 - With the development and use of ocean resources, Underwater vehicle is playing an increasingly important role. Path planning technique is one of the key technologies of the intelligent underwater vehicle in navigation, which has direct relations to the level of Underwater vehicle intelligence.
随着人们对海洋资源的开发和利用，水下潜器发挥着越来越重要的作用，其中，路径规划技术是水下潜器智能航行的关键技术之一，关系到水下潜器智能水平的高低。 - The information of the path boundary of mobile robot is attained by using visual process techniques in this method, the control parameters of navigation and obstacles avoidance are extracted from it.
这种导航方式利用视觉处理技术获得移动机器人的路径边界信息，并从中提取移动机器人导航和避障控制参数。