Design of Real-Time Monitoring System for Recycling Agricultural Resourcing Based on USN

In this paper, we propose a integrated real-time monitoring system for recycling agriculture resourcing based on USN. We design and implement the monitoring system so that we can integrate the quality control of farmyard and liquid manures, barn environment monitoring, and positioning information co...

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Bibliographic Details
Published inInternational JOURNAL OF CONTENTS Vol. 9; no. 4; pp. 22 - 29
Main Authors Ji, Geun-Seok, Min, Byoung-Won, Oh, Yong-Sun, Mishima, Nobuo
Format Journal Article
LanguageEnglish
Published 한국콘텐츠학회(IJOC) 28.12.2013
한국콘텐츠학회
Subjects
컴퓨터학
USN
Manure
Excrement
Resourcing
Network
Real-time Monitoring
Recycling
Sensor
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Summary:In this paper, we propose a integrated real-time monitoring system for recycling agriculture resourcing based on USN. We design and implement the monitoring system so that we can integrate the quality control of farmyard and liquid manures, barn environment monitoring, and positioning information control into a total management system performing recycling of excrement and manure. Selection of sensors and sensor-node construction and requirements, structure of wire/wireless communication networks, and design of monitoring program are also presented. As a result of operating our system, we can get over various drawbacks of conventional separated system and promote the proper circulation of excrement up to the farmyard. We confirm that these advanced effects arise from the effective management of the total system integrating quality control of farmyard/liquid manure, barn/farmhouse information, and vehicle moving monitoring information etc. Moreover, this monitoring system is able to exchange real-time information throughout communication networks so that we can construct a convenient information environment for agricultural community by converging IT technology with farm and stockbreeding industries. Finally we present some results of processing using our monitoring system. Sensing data and their graphs are processed in real-time, positioning information on the v-world map offers various moving paths of vehicles, and statistical analysis shows all the procedure from excrement occurrence to recycling and resourcing. KCI Citation Count: 0
Bibliography:http://www.ijcon.org
G704-SER000010179.2013.9.4.003
ISSN:1738-6764
2093-7504
DOI:10.5392/IJoC.2013.9.4.022