线路勘测

基于Internet的RTK在高压线路勘测中应用

Application of Internet-based RTK in Investigation of Electronic Line

DEM的建立及其在线路勘测设计中的应用

Establishing of DEM and its ' Application in Road Survey and Design

GPSRTK测量技术在高压输电线路勘测工程中的应用

The Application of GPS RTK Surveying Technology in the High & Voltage Electric Transmission Line Engineering

GPS在110kV输电线路勘测中的应用

Application of GPS in the Survey of 110 kV Transmission Line

针对线路勘测设计的特点，介绍了一种适合于线路CAD应用的快速建立和在线动态更新不规则三角网（TIN）的方法。

Aiming at the purpose of route survey and design , an efficient algorithm for TIN generation and updating is introduced in this paper .

GPS技术在220kV电力线路勘测中的应用分析

Analyses on the Application of the GPS Technology in the Reconnaissance Survey of 220 kV Power Line

针对线路勘测的特点，探讨以3S为主体的现代测绘新技术在线路勘测的应用中，如何从线路勘测实际需要出发，优化设计方案，调整数据采集与表达方式。

According to the characters of route survey to optimize design schemes and data collecting methods using 3S modern survey technology of route survey .

同时，将DEM引入到线路勘测设计中，极大地减少了线路设计的工作量，提高了线路设计的科学性。

At the same time , DEM is introduced in the road survey and design , thus decreases the word of road design and improves the scientific of road design .

地质雷达在采空区送电线路勘测中的应用

Application of GPR to Power Transmission Line Prospecting in Mining Area

铁路线路勘测设计一体化系统研究与开发

Research and Development of Integration of Survey and Design on Chinese Railways

简便测定天文方角法在线路勘测导线中的应用

Application of Simple Astronomy Azimuth Determination to Highway Traverse Survey

长输管道线路勘测设计工作中的问题分析

Problem Analysis on Reconnaissance and Design of Pipeline Route Engineering

线路勘测设计中的三维可视化协同环境

3D Collaborative Visualization Environment on Route Survey and Design

地面导线电磁勘探法高分辨率卫星影像在输电线路勘测设计中的应用探讨

Applications of High-Resolution Satellite Images in Survey and Design for Power Transmission Lines

输电线路勘测设计与三维地理信息系统的结合

The Connection Between Survey & Design in Transmission Line and 3-Dimensions Geographic Information System

供电线路勘测内外业一体化系统的开发和应用

The Development and Application of Power Line Surveying System of Inside and Outside Integration

而长距离的线路勘测工程中不可避免地会出现多个坐标系，这也给设计和施工带来诸多不便。

Because there are many coordinates system in the long route engineering , which bring a lot of inconveniences for design and construction .

设计一个线路勘测设计的三维可视化协同环境，应用主席-委员模式的会议系统结构，以协同可视化设计层和协同管理层为核心的系统框架以及分布式加锁策略等实现多用户间的协同管理。

A prototype system for 3D collaborative visualization environment on route survey was designed , which applies to the architecture of chairman-committeeman pattern . The pattern based on collaborative visualization layer , collaborative management layer framework and distributed locking mechanism technologies realized the collaborative management for multiple participants .

由于该技术能够快速获取地形的高程数据，因此其在地形测绘、环境监测、三维城市建模、林业监测、线路勘测设计等诸多领域具有广泛的应用前景。

As the technique can not only acquire elevation data quickly , but also gain a series of technique improvement in the field of remote sensing mapping and some other fields including topography surveying , environment monitoring , 3D city modeling , freeway and railway design and so on .

3S技术在电力线路工程勘测设计中应用的探讨

Discussion on Application of " 3S " Technology in Reconnaissance and Design for Power Transmission Line Projects ground cable EM survey

山地输电线路的勘测

The Exploration of Transmission Line in Mountain Region

输电线路的勘测设计质量直接影响着线路工程建设项目的经济、社会、环境效益和电网的安全运行。

The quality of survey and design to High-voltage electrical power transmission line affects directly the economic , social and environmental benefit of transmission line projects and the safe running of electrical network .

铁路技改项目的内容也由狭义上的既有线路改造延伸到勘测设计施工技术更新、机车车辆更新等其他方面。

The content of railway improvement project , which used to mean the improvement of the existed trail in narrow sense , extend to other aspects , such as renewal of equipment in surveying design construction and engine .

三维送电线路GIS系统在电力线路勘测路径选择中的应用

Application of GIS in Selection of Line Path During Electric Power Line Surveys in Three-Dimensional Transmission Line

数字地面模型作为线路设计现代化的重要基础，如果不能很好地应用于实际工程，那么线路CAD技术也难以有新的突破，线路勘测设计技术也难以提高。

As an important basis of modernization of railway route design , if the digital terrain model can not be very well applied in practical engineering , CAD in railway route is difficultly broken through , and the technologies of route survey and design are also hard to be improved .