介绍了基于PANDA软件的高采样率GPS数据非差精密定位方法,为了验证高采样GPS技术与地震仪观测结果的一致性,进行了震动平台模拟数据试验。试验结果表明,高采样GPS和地震仪均能有效地恢复平台震动位移和震动主频率。对2010年Baja地震实际观测的GPS和强震仪进行分析,结果表明,利用高采样GPS技术不仅能成功获取地震波信号;而且能同时获得地表永久形变信息;而地震仪只能获取地震波信息,而不能直接获得地表永久形变信息。 In this paper, we introduced a non-differential precision positioning method of GPS data with high sampling rate based on PANDA software. In order to verify the consistency between the high-sampling GPS technology and the seismograph observation results, the shaking table simulation data test was carried out. The experimental results show that high-sampling GPS and seismometer can effectively restore the platform vibration displacement and the main vibration frequency. The analysis of the GPS and seismographs actually observed in the 2010 Baja earthquake shows that the use of highly sampled GPS technology can not only successfully acquire seismic wave signals but also obtain permanent deformation of the Earth’s surface at the same time. However, the seismometer can only acquire seismic wave information, Can not directly obtain the permanent deformation of the ground information.