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首页> 外文期刊>Journal of interconnection networks >TOWARDS CONTEXT-AWARE REAL-WORLD ENVIRONMENTS: THE CASE OF A REMOTE AUTONOMOUS ENERGY AWARE MONITORING SYSTEM
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TOWARDS CONTEXT-AWARE REAL-WORLD ENVIRONMENTS: THE CASE OF A REMOTE AUTONOMOUS ENERGY AWARE MONITORING SYSTEM

机译:面向上下文感知的真实世界环境:远程自主能源感知系统的案例

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摘要

Work is underway on issues associated with the development of tools and services to reduce energy consumption. Current trends suggest that energy consumption is increasing and carbon reserves are decreasing whilst green technologies for energy generation are yet to prove themselves. In industry, there are many legacy installations of equipment capable of transmitting their energy usage via the MODBUS protocol. Here we introduce a means of logging energy usage data and transmitting it to a database. The motivation is that making energy users aware of their consumption can help assist them in taking informed action towards the reduction of wasted energy. Thus, we offer a state-of-the-art of possible networking technologies, which have led to a real-world implementation. We present requirements whilst we mathematically model the compression technique. On the development side, we use GSM/GPRS technology, embedded KJava runtime and a bespoke Java application as the framework to email the usage data to the database.
机译:正在开展与开发工具和服务以减少能耗相关的问题。当前的趋势表明,能源消耗正在增加,碳储量正在减少,而绿色的能源生产技术尚未得到证明。在工业上,有许多传统的设备安装能够通过MODBUS协议传输其能耗。在这里,我们介绍了一种记录能源使用数据并将其传输到数据库的方法。其动机是让能源用户了解其消耗量,可以帮助他们采取知情行动以减少能源浪费。因此,我们提供了可能的联网技术的最新技术,这些技术已导致实际应用。我们提出要求,同时我们对压缩技术进行数学建模。在开发方面,我们使用GSM / GPRS技术,嵌入式KJava运行时和定制的Java应用程序作为框架,将使用情况数据通过电子邮件发送到数据库。

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