Magrisys:一个智能和无处不在的控制环境农业系统

Q3 Medicine Koomesh Pub Date : 2018-08-01 DOI:10.1109/I-SMAC.2018.8653661
M. Kamalesh, J. Albert Mayan, Yovan Felix, B. Sumanth, B. Sai Tej
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引用次数: 12

摘要

园艺是许多国家的重要控制和机器人在这一领域可以提高产品的创造。计算机化主要用于利用传感器观察收成的土壤和控制水系统以更好地发展。这种机器人化正在逐步调整,另一个问题是用于机械化的小工具的安全性。如果这些标准中的每一个都得到满足,那么我们就可以在强有力地利用劳动力的情况下获得更高的稳定产量。本项目就是这样一种方法,其中概述了水系统的机器人化和水系统的安全性。不同的传感器被用于检测不同参数的污垢、水物质和牧场闯入物等。土壤湿度传感器用于观测土壤湿度含量;水位传感器用于在典型大气和暴风雨季节检查宅基地的水位到达。利用PIR传感器对牧场到达室的闯入者进行筛查。利用Zigbee和GSM创新技术为农家、种植户和机房进行三路交换。此外,还包括Matlab来捕捉植物的图像,并将植物阶段的数据提供给农学家。
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MAGRISYS: A SMART AND UBIQUITOUS CONTROLLED – ENVIRONMENT AGRICULTURE SYSTEM
Horticulture is the significant control of numerous nations and robotization in this field can enhance creation of products. Computerization is principally required for observing the earth of harvests utilizing sensors and controlling the water system for better development. This robotization has is being adjusted gradually and another issue is security for the gadgets utilized for mechanization. On the off chance that every one of these criteria are served, at that point we can have a superior development of solid yields with powerful use of labor. This venture is one such method in which an outline of robotization in water system and security to the water system is given. Different sensors are utilized in the homestead arrive for checking different parameters of the dirt, water substance and interloper in the ranch arrive and so forth. Soil dampness sensor is utilized for observing soil dampness content; water level sensor is utilized for checking the water in the homestead arrive both amid typical atmosphere and amid stormy season. PIR sensor is utilized to screen gatecrasher in the ranch arrive room. Zigbee and GSM innovation is utilized for making three route interchanges for agriculturist, cultivate arrive and the engine room. Matlab is additionally included to catch the picture of plant and give the data of the plant stages to the agriculturist.
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来源期刊
Koomesh
Koomesh Medicine-Medicine (all)
CiteScore
0.80
自引率
0.00%
发文量
0
审稿时长
24 weeks
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