유비쿼터스 영농일지 시스템의 구현
Implementation of System for a Ubiquitous Farming-diary
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In this paper, we propose a ubiquitous Farming Diary System which can support the easy and reliable recording of a farming diary for the certificate on environment-friendly agricultural products by using the USN(Ubiquitous Sensor Network) technologies. By using growth-related data, the system can also control farming facilities remotely and automatically. To achieve this goal, the UFDS(Ubiquitous Farming Diary System) is consisted with 3 layers. The first ‘'physical layer’' can collect data from sensors, cameras and facilities then controls the growth environment based on the analyzed information. The second ‘'Middle layer’' can process and store the data from ‘'physical layer’' to sensor manager, image manager, control manager and diary manager separately. The third ‘'application layer’' can provide growth-related services to users through various applications. The UFDS can recording grow history information automatically and Easily. Besides, the system can make an accurate and reliable farming diary with multimedia information such as motion and sound. Furthermore, environmental information such as temperature, humidity, luminance and soil conditions (soil temperature, soil humidity, soil EC) can be monitored in real-time and the facilities managed in remote sites.
Abstract
In this paper, we propose a ubiquitous Farming Diary System which can support the easy and reliable recording of a farming diary for the certificate on environment-friendly agricultural products by using the USN(Ubiquitous Sensor Network) technologies. By using growth-related data, the system can also control farming facilities remotely and automatically. To achieve this goal, the UFDS(Ubiquitous Farming Diary System) is consisted with 3 layers. The first ‘'physical layer’' can collect data from sensors, cameras and facilities then controls the growth environment based on the analyzed information. The second ‘'Middle layer’' can process and store the data from ‘'physical layer’' to sensor manager, image manager, control manager and diary manager separately. The third ‘'application layer’' can provide growth-related services to users through various applications. The UFDS can recording grow history information automatically and Easily. Besides, the system can make an accurate and reliable farming diary with multimedia information such as motion and sound. Furthermore, environmental information such as temperature, humidity, luminance and soil conditions (soil temperature, soil humidity, soil EC) can be monitored in real-time and the facilities managed in remote sites.
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