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Research on Tilt Survey Algorithm Based on Accelerometer and GNSS Receiver Data Fusion

机译:基于加速度计和GNSS接收器数据融合的倾斜测量算法研究

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摘要

At present, in the process of providing accurate location service for high-precision GNSS receiver of tilt survey, external environment, hardware structure and other factors will restrict the accuracy, universality and stability of service. To solve these problems, a method is proposed an improved attitude tilt survey algorithm only based on data fusion solution of an accelerometer and a GNSS receiver. On the premise of not changing hardware of the GNSS receiver, the algorithm enhances stability and universality of the attitude tilt survey. In the end, the measurement environment was chosen for comparative verification: Results indicate that the algorithm is slightly higher than attitude tilt survey proposal based on magnetic compass system in position correction accuracy, eliminates complicated calibration and preparation of sensors, reduces cost of operations and materials, As verified, the algorithm has outstanding advantages and wide application outlook in the field of precision engineering position services.
机译:目前,在为倾斜测量的高精度GNSS接收机提供准确的定位服务的过程中,外部环境,硬件结构等因素将制约服务的准确性,通用性和稳定性。为了解决这些问题,提出了一种仅基于加速度计和GNSS接收器的数据融合解决方案的改进的姿态倾斜测量算法。该算法在不改变GNSS接收机硬件的前提下,提高了姿态倾斜测量的稳定性和通用性。最后,选择了测量环境进行比较验证:结果表明,该算法的位置校正精度比基于磁罗经系统的姿态倾斜测量方案略高,消除了复杂的校准和传感器准备工作,降低了操作和材料成本经过验证,该算法在精密工程定位服务领域具有突出的优势和广阔的应用前景。

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