基于ZigBee对地震勘探数据精度提高技术的方法研究

针对传统地震勘探方法不能准确获取高精度勘探数据,提出基于ZigBee对地震勘探数据精度提高技术的方法。采用全站仪极坐标法根据地震勘探地区地质和地表结构进行空间定位划区,利用地震勘探技术,通过分析地震波的传播方式及影响检测效果的地震分辨率因素,获取引入差分GPS定位模块的勘探仪器探测的地震数据;运用射线追踪技术,对地震数据中的破损数据进行检测追踪,采用专用检测设备提取破损数据,并对其修复处理;创建由MEMS加速度传感器和ZigBee模块构成的检测系统,并根据拓扑结构网络实现对地震勘探数据的质量检测,以提高地震勘探精度。根据仿真实验验证,该方法具有较高的地震勘探数据精度和有效性,可为相关工作提供较大的帮助。

Research on a Zigbee-Based Method for Improving Seismic Data Accuracy

Considering that the traditional seismic exploration methods cannot accurately obtain high-precision exploration data, a method based on Zigbee to improve the accuracy of seismic exploration data is proposed. The polar coordinate method of a total station is used for spatial positioning and zoning according to the geology and surface structure of the seismic exploration area. The propagation mode of seismic wave and the seismic resolution factors that affect the detection effect were analyzed using an exploration instrument with a differential GPS positioning module, and the seismic data were obtained. The seismic damage data were detected and tracked using the ray tracing technology and were then extracted and repaired by a special detection instrument. The detection system composed of an MEMS accelerometer and Zigbee module was established, and the seismic exploration data were effectively detected according to the topological structure network, in order to improve the accuracy of seismic exploration. According to the simulation experiment, the proposed method has high accuracy and validity of seismic exploration data and can provide great help for related work.