Design of Ambient Intelligence Monitoring System for Park Vegetation Growth Based on Single-chip Microcomputer

绿化 植被(病理学) 微型计算机 计算机科学 城市化 环境科学 炸薯条 电信 生态学 医学 生物 病理
作者
Yingyue Pan,Zhenya Liu,Mingming Jiang,Bo Yan
标识
DOI:10.1109/cac53003.2021.9727664
摘要

With the continuous improvement of China's economic strength, the quality of the environment has gone from bad to worse, and residents have put forward higher requirements for the quality of their living environment. From parks in residential areas to national parks, parks have increasingly become an important place for people to release their mental stress and experience joy of life as well as a major component of urban greening construction. However, the vegetation in the park grows in the open air, and the plants face complex and changeable living environment for a long time. In addition, the survival rate of the vegetation is often very low without reasonable scientific maintenance. Therefore, in the process of developing park greening vegetation, scientific and standardized planting and caring work is essential.According to the situation, infrared obstacle avoidance sensors are used in the design to acquire road conditions, which are transmitted to single-chip microcomputer and then fed back to QT, DHT11 temperature and humidity sensor and illumination sensor are used to acquire real-time information of plant growth environment conditions in the park, which is processed by single-chip microcomputer and then fed back to QT, and the QT client can also be used to control the forward, left and right direction of the trolley. The environmental information of the whole park has been acquired, fed back in real time at QT client, and alarm processing has been realized.
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