本文为孟加拉国达卡布拉克大学（作者：Abdullah- Al- Numan）的学士论文，共83页。

在这个全球变暖的时代，获取最新的天气预报并采取必要的预防措施已成为全世界的一个大问题。在碳排放和温室效应的背景下，孟加拉国作为一个沿海岛屿，总是面临着自然灾害的风险。随着现代技术的进步，考虑到地理位置、气候变化问题、农业经济和天气预报等因素，组合式天气传感器的使用对孟加拉国至关重要。因此，牢记这一点，我们在一个单元中集成了多个有效的传感器，并将其整合到组合式天气传感器中。BRAC大学已经开发出一种经济、可靠、高效的组合式天气传感器。本项目的主要贡献将是收集所有感测器的资料，使气象感测变为数字自动化而非人工化。开发了一个“网络服务器”来存储所有的数据进行分析和预测，以获得准确的数据和估计整个天气可能的变化是本论文未来的工作方向。

In this era of global warming getting thelatest weather forecast and take necessary pre -caution has become a big issueall over the world. In the context of carbon emission and Greenhouse effectBangladesh as a coastal island is always in risk of natural calamities &disasters. With the advancement in modern technology the use of combinedweather sensor is essential for Bangladesh, considering the geographicallocation, climate change issues, agriculture based economy & weatherforecast etc. Hence keeping this in mind we have integrated a number ofeffective sensors in one unit and incorporated them to a combined weathersensor. A cost effective, reliable and efficient combined weather sensor hasbeen developed at BRAC University. The major contribution of this project willbe the acquisition of the data’s of the sensors altogether, which makes theweather sensing digital rather than manual. Developing a “web- server” thatwill store all the data’s for analysis and prediction to get the accurate dataand estimate possible change in overall weather is the future work of thethesis.

1.  引言

2. 系统概述与架构

3. 系统设计与实现

4. 系统控制

5. 数据采集与存储

6. 讨论

7. 结论

附录 部分源代码

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