Field seismic and geospatial sensor data integration and visualization

当今行业的动态特性要求不断采用新的技术和方法进行地震和地理信息调查。目前的地震设备和系统的频率带宽有限，缺乏低频信号和高频信号，导致分辨率较低，限制了分析能力。Symroc开发的检波器具有大数据容量，使连续数据采集和监测成为可能。然而，新检波器获取的地震数据和地理空间信息目前采用批处理方式，处理时间较长。由于所收集数据的复杂性和规模，用户在几个月内无法获得最终的地震可视化和分析结果。本课题的目标是对连续采集的地震传感器数据及其地理空间信息开发高效、准确的数据驱动集成方法。该项目提供了创新的方法和独特的解决方案，可以实现更节能、低成本和可靠的地震数据收集和分析过程。该项目将更好地理解如何处理大范围频率的地震数据。开发的系统可用于帮助自然地震研究、资源工业运营、实时监测和其他实时环境监测。拟议的研究对阿尔伯塔省和加拿大的工业和经济的好处是显著的。此外，专业知识和研究经验为培训HQP提供了独特的机会。

The dynamic nature of today's industry requires new technology and ways of conducting seismic and geomatics survey continuously. The current seismic equipment and systems have limited frequency bandwidth, and lack of lower range frequency signals and higher frequency range result in lower resolution and restricts capability for analysis. The geophone developed by Symroc has large data capacity and make continuous data collection and monitoring viable. However, the acquired seismic data and geospatial information by the new geophone is currently processed in a batched mode and over a long period of time. The final seismic visual and analytical results cannot be available to users for months due to the complexity and size of the data collected. The objective of this proposed project is to develop efficient and accurate data-driven integration methods on the continuously collected seismic sensor data together with their geospatial information. The project offers innovative approaches and distinctive solutions that can lead to more energy-efficient, low cost and reliable seismic data collection and analytical process. The project will provide better understanding of how to process wide range of frequency seismic data. The developed system can potentially be used to help natural earthquake studies and researches, resource industry operations, live monitoring, and other real time environmental monitoring. Benefits of the proposed research to the industry and economy of Alberta and Canada are significant. Additionally, the expertise and research experience provides unique opportunities to train HQP.