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High Accuracy Geodetic Control Point Measurement Using GPS Geodetic With Static Methods

机译:高精度的大理石控制点测量,使用GPS大地测量用静态方法

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摘要

Abstract. The quality of the coordinates of the points in a generally horizontal control network will be influenced by many factors, such as the system equipment used for measuring / observation, the network geometry, measurement strategies / observation, as well as data processing strategy implemented. Using development of the GPS satellite system, since 1989, the network provision of horizontal control points in Indonesia generally relies on the GPS satellite observations. One way of measuring geodetic control points with high accuracy is using geodetic GPS. Measurement of geodetic control points required as a control in the execution of the work and as a correction coordinate measurement of the position of a measurement object with a high degree of accuracy (± 1 cm). How many measurement methods that can be done. This research conducted measurement using static method. Static surveys are used to determine the coordinates of the control points are relatively distant from each other as well as order accuracy requires relatively higher. The measurement results obtained coordinate data for point 1 is 6 ° 57 '31.92207 "LS; 109 ° 38 '32.25194 "BT; high (ellipsoid) 34 320 m and point 2 is 6 ° 57 '33.59086 "LS; 109 ° 38 '37.87710 "BT; high (ellipsoid) 36 235 m.
机译:抽象的。通常水平控制网络中的点坐标的质量将受到许多因素的影响,例如用于测量/观察的系统设备,网络几何,测量策略/观察以及实现的数据处理策略。利用GPS卫星系统的开发,自1989年以来,印度尼西亚水平控制点的网络提供通常依赖于GPS卫星观察。高精度测量大地测量控制点的一种方法是使用大地测量GPS。测量作为工作执行中的控制所需的大地测量控制点,以及用高精度(±1cm)的测量对象的位置的校正坐标测量。可以完成多少测量方法。该研究使用静态方法进行了测量。静态调查用于确定控制点的坐标相对彼此相对较远,以及订单精度需要相对较高。测量结果获得了点1的坐标数据是6°57 '31.92207“LS; 109°38'32 .25194”BT;高(椭圆体)34 320 m和点2是6°57'33.59086“LS; 109°38'37.87710”BT;高(椭圆体)36 235米。

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