OpenWeather：一种点对点气象数据传输协议
OpenWeather: a peer-to-peer weather data transmission protocol
摘要：
对天气的研究是利用称为气象站的仪器进行的。这些气象站分布在世界各地，收集来自不同现象的数据。一些气象组织已经部署了数千台这样的仪器，建立了收集天气数据的大型网络。这些仪器正在收集天气数据，并将其提供给收集点进行后期处理。然而，用于传输天气数据的所有方法都是基于不适用于此目的的协议。因此，气象站受到其中使用的数据格式和协议的限制，没有利用其上可用的实时数据。本文对气象仪器、气象仪器的技术和气象仪器的组网能力进行了研究，为解决上述问题提供了一种解决方案。OpenWeather是为了提供一种更优化和可靠的天气数据传输方式而提出的协议。我们评估的环境因素，如位置或带宽的可用性，以设计一个协议，适应自动气象站建立的要求。提出了一种对等网络结构，并给出了OpenWeather协议的功能实现.在一个真实的场景中执行的协议的评估，提供的提示，以适应一个共同的自动气象站的协议。
英文摘要：
The study of the weather is performed using instruments termed weather stations. These weather stations are distributed around the world, collecting the data from the different phenomena. Several weather organizations have been deploying thousands of these instruments, creating big networks to collect weather data. These instruments are collecting the weather data and delivering it for later processing in the collections points. Nevertheless, all the methodologies used to transmit the weather data are based in protocols non adapted for this purpose. Thus, the weather stations are limited by the data formats and protocols used in them, not taking advantage of the real-time data available on them. We research the weather instruments, their technology and their network capabilities, in order to provide a solution for the mentioned problem. OpenWeather is the protocol proposed to provide a more optimum and reliable way to transmit the weather data. We evaluate the environmental factors, such as location or bandwidth availability, in order to design a protocol adapted to the requirements established by the automatic weather stations. A peer to peer architecture is proposed, providing a functional implementation of OpenWeather protocol. The evaluation of the protocol is executed in a real scenario, providing the hints to adapt the protocol to a common automatic weather station.
机构、总结、中文摘要均由AI分析而来，可能存在错误，请以论文正文为准。
