基于FPGA的智能建筑湿度检测控制系统设计

在信息化社会,智能建筑越来越多的被提及,智能建筑是指对建筑内外信息交换、舒适性、便利性和节能性的要求;建筑物室内湿度是人们在其中生活、工作、生产的重要考量因素;而随着技术发展,以高效稳定的FPGA芯片为核心的控制系统开始向智能建筑领域应用部署;因此文章提出并设计了基于FPGA的智能建筑湿度检测控制系统方案;文中采用硬件分析和软件设计相结合的方法;硬件分析需要对系统做一个整体把握并寻找经济实惠、稳定可靠的芯片,硬件的可靠是系统稳定工作的前提;软件设计需要将系统的工作方式和实际可能遇到的问题考虑进去,提高系统的容错能力;最后软硬结合并实验实践操作验证系统的可靠性;在实验结果中,该系统可以有效的调节室内的湿度并根据遇到的问题发出警告提示;得出结论,以FPGA控制器为核心的系统,可以担起智能建筑的湿度检测控制任务,并稳定工作。

FPGA-based design and analysis of intelligent building humidity detection and control system

More intelligent buildings have been mentioned in the information society. In fact, intelligent building refers to the exchange of information inside and outside the building, comfort, convenience and energy efficiency requirements. Humidity of indoor is an important factor for people to work and production. With the development of technology, the control system with high efficiency and stable FPGA chip as the core has been deployed in the field of intelligent building. Therefore, this paper puts forward and designs the intelligent building humidity control system based on FPGA. In this paper, hardware and software design are combined. The hardware analysis needs to make a whole grasp of the system to look for the economical, stable and reliable chip. The software design to take into account the system''s the problems that may be encountered, and improve the fault tolerance of the system. Finally, the software and hardware are combined to verify the reliability of the system. The experimental results show that the system can effectively adjust the indoor humidity, and provide warning for problems. It is concluded that the system of FPGA controller can be used to control the humidity of the intelligent building.