CAJ | 학술논문

全球定位系统GPS(GlobalPositimingSystem)，以其连续、实时、高精度、全天候测量和自动化程度高等优点，对经典大地测量学的诸多方面产生了极其深刻的影响，在与物化探测量相关的控制测量及测网布设中的应用也越来越广泛。该文通过一个物探项目中GPS测量整体方案的设计与实践过程，针对GPS控制测量、RTK测量、手持GPS测量几种作业方法的探讨及对相关数据的分析，概括总结了GPS技术应用于地勘项目的若干特点。
전구정위계통GPS(GlobalPositimingSystem)，이기련속、실시、고정도、전천후측량화자동화정도고등우점，대경전대지측량학적제다방면산생료겁기심각적영향，재여물화탐측량상관적공제측량급측망포설중적응용야월래월엄범。해문통과일개물탐항목중GPS측량정체방안적설계여실천과정，침대GPS공제측량、RTK측량、수지GPS측량궤충작업방법적탐토급대상관수거적분석，개괄총결료GPS기술응용우지감항목적약간특점。
GPS (Global Positioning System) can be used for continuous, real-time, high-precision and all-weather survey, is highly automatic, has had a very profound influence on many aspects of classical geodetic surveying and been more and more widely applied in control survey and survey grid setting related to geophysical and geochemical exploration. Based on a geophysical exploration project with its overall GPS survey design and implementation, this paper discussed several GPS uses in control survey, RTK survey and hand-held survey, analyzed relevant data, summarized features of GPS technology applied in geological exploration projects.