Recently, use of mobile communicational devices in field data collection is increasing such as smart phones and cellular phones due to emergence of embedded Global Position System GPS and Wi-Fi Internet access. Accura...Recently, use of mobile communicational devices in field data collection is increasing such as smart phones and cellular phones due to emergence of embedded Global Position System GPS and Wi-Fi Internet access. Accurate timely and handy field data collection is required for disaster management and emergency quick responses. In this article, we introduce web-based GIS system to collect the field data by personal mobile phone through Post Office Protocol POP3 mail server. The main objective of this work is to demonstrate real-time field data collection method to the students using their mobile phone to collect field data by timely and handy manners, either individual or group survey in local or global scale research.展开更多
室内空气质量监测系统是改善居住和工作环境的重要工具。文章设计并开发了一种基于物联网(Internet of Things,IoT)技术的室内空气质量监测系统。系统通过无线传感器实时监测空气质量参数,网关机通过LoRa采集传感器数据后以4G的方式上...室内空气质量监测系统是改善居住和工作环境的重要工具。文章设计并开发了一种基于物联网(Internet of Things,IoT)技术的室内空气质量监测系统。系统通过无线传感器实时监测空气质量参数,网关机通过LoRa采集传感器数据后以4G的方式上传至云服务器,传输过程采用加密技术保障数据安全。系统集成了多种数据库,确保了数据的高效管理。文章设计了直观简洁的用户界面,支持多平台访问,在空气质量超标时,系统会触发预警并通过多种渠道通知用户。展开更多
文摘Recently, use of mobile communicational devices in field data collection is increasing such as smart phones and cellular phones due to emergence of embedded Global Position System GPS and Wi-Fi Internet access. Accurate timely and handy field data collection is required for disaster management and emergency quick responses. In this article, we introduce web-based GIS system to collect the field data by personal mobile phone through Post Office Protocol POP3 mail server. The main objective of this work is to demonstrate real-time field data collection method to the students using their mobile phone to collect field data by timely and handy manners, either individual or group survey in local or global scale research.
文摘室内空气质量监测系统是改善居住和工作环境的重要工具。文章设计并开发了一种基于物联网(Internet of Things,IoT)技术的室内空气质量监测系统。系统通过无线传感器实时监测空气质量参数,网关机通过LoRa采集传感器数据后以4G的方式上传至云服务器,传输过程采用加密技术保障数据安全。系统集成了多种数据库,确保了数据的高效管理。文章设计了直观简洁的用户界面,支持多平台访问,在空气质量超标时,系统会触发预警并通过多种渠道通知用户。
