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Research on Synchronization Technology of Geological Data Acquisition System Based on NFC and Mobile Internet

机译:基于NFC和移动互联网的地质数据采集系统同步技术研究

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This system effectively realizes the end-to-end data exchange and the data gathering from each terminal to the Geological Gathering Cloud (GGC). It is accomplished through QuantyML a private synchronization protocol reference SyncML and based on Json. It also provides high precision, high reliable positioning, navigation services to achieve meter level positioning through beidou navigation system and the visual data acquisition UI in the light of the mobile GIS map service technology. System integration and automation of scattered geological entities through the field investigation of the management, to facilitate the detailed description and accurate record of the collection content, provide rich data support for subsequent geological research. This paper introduces the design and realization of Mineral Information Acquisition System (MIAS), emphatically introduces the design principle QuantyML protocol based on Json and its implementation details.
机译:该系统有效地实现了端到端的数据交换以及从每个终端到地质采集云(GGC)的数据收集。它是通过QuantyML私有同步协议参考SyncML并基于Json来完成的。它还根据移动GIS地图服务技术,通过北斗导航系统和可视数据采集UI提供高精度,高可靠的定位,导航服务,以实现仪表级定位。通过野外调查管理系统对分散的地质实体进行系统集成和自动化,方便详细描述和准确记录采集内容,为后续地质研究提供丰富的数据支持。本文介绍了矿产信息采集系统(MIAS)的设计与实现,着重介绍了基于Json的QuantyML协议的设计原理及其实现细节。

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