英语翻译随着全球定位系统技术的发展,测量方式上也发生着实质性的变革.从静态到快速静态,进而发展到动态差分DGPS和载波相位差分实时动态测量RTK.RTK技术的出现,不仅使野外地形测量不再

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英语翻译
随着全球定位系统技术的发展,测量方式上也发生着实质性的变革.从静态到快速静态,进而发展到动态差分DGPS和载波相位差分实时动态测量RTK.RTK技术的出现,不仅使野外地形测量不再受到地形通视的限制,测量的基线长度也不再受通视距离的限制.而且比传统的测量速度快、精度高.从而大幅提高了生产工作效率.先进的测量技术的应用,不仅可以提高矿山测量工作的便捷程度,而且还提高了矿山测量工作的精度.本文介绍了GPS-RTK的基本工作原理,并针对RTK技术在矿山测量中的应用进行了阐述.分析RTK技术在矿山测量中的优势和缺点,以及在实际运用中遇到的问题和处理方法.

Answer 1

With the development of the Global Positioning System technology, the measurement has also undergone a substantial change. From a static, rapid static, the development of dynamic differential DGPS and carrier phase real-time dynamic measurement of the RTK. RTK technology, not only the wild terrain measurement is no longer subject to the limitations of the terrain visibility, measurement of the baseline length is no longer of sight distance restrictions. Faster than the traditional measurement speed and high accuracy. Resulting in improved production efficiency. The application of advanced measurement technology, not only can improve mine surveying convenient, but also improve the accuracy of mine surveying work. This article describes the basic operating principle of the GPS-RTK for RTK in Mine Surveying. Analyze the strengths and weaknesses of RTK technology in mine surveying, as well as encountered in practical use and treatment