【摘要】 为了实现资源的循环再利用,文章设计出一种基于传感器技术的低功耗的鱼菜共生系统,该系统主要是采用体积小,价格合理的小型传感器获取生态系统的水温、pH值等数据,实现对些共享系统的部分参数进行远程监测。数据的传输采用的是远程WiFi传输,做到蔬菜共生系统全程监测过程的智能化。实验结果表明此系统运行稳定、测量准确可靠,通过应用此系统,一方面实现蔬菜共生系统在环境上的智能化控制,另一方面可以在资源利用上达到节约用水的目的,为可持续农业的发展提供技术支撑。更多还原

【Abstract】 In order to solve some important problems of environmental protection and recycling of resources, the paper designed a kind of fish and vegetable symbiotic system.The system is low power consumption.and based on STM32 and expounded the working principle of the hardware and software system. The actual operation showed that the real-time and reliability of the system is greatly improved, and the system will be popular for the advantages of low cost, small size,friendly human-computer interaction and so on. The method of data transmission is by using the remote WIFI transmission, so that the whole process of monitoring system is intelligent. The experimental results show that this system is stable, accurate and reliable measurement, through the application of this system. One hand to realize the intelligent control in vegetable symbiotic environment system, on the other hand the recycling waste can be used and can save water resources. The results can provide technical support for the further development of sustainable agriculture.更多还原