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Agricultural Products Management System Using Internet-of-Things

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주제분류학제간연구

초록

Because of needs for "quality of life" results from the improvement of income level, food material accident and the occurrence of AI, the interest and anxiety about food safety has increased. Advanced nations has used utilities for food safety and Korea has used variety of practices for example agricultural products traceability, GAP(Good Agricultural Practices) and HACCP(Hazard Analysis and Critical Control Point). But, Information sharing should not be between the various systems and information severance which generated in course of agricultural distribution. So, there are loopholes in quality control because of this problem. Effort to resolve this problem is required. In this paper, agricultural products management system(APMS) is designed and implemented. APMS was designed for integrally manage of variety of practices. This system suggested integral manage code, used Iot(Internet-of-Things) technology and RFID. This system can be integrally manage the entire agricultural distribution processes by collection and managing information. The cultivate information such as real-time cultivation environment of agricultural products are generated in the production stage and the surrounding environment information such as the packaging information, temperature and humidity are generated in the distribution stage. Through the system, the reliability of the agricultural distribution process and the realization of safer food culture can be expected.

Abstract

Because of needs for "quality of life" results from the improvement of income level, food material accident and the occurrence of AI, the interest and anxiety about food safety has increased. Advanced nations has used utilities for food safety and Korea has used variety of practices for example agricultural products traceability, GAP(Good Agricultural Practices) and HACCP(Hazard Analysis and Critical Control Point). But, Information sharing should not be between the various systems and information severance which generated in course of agricultural distribution. So, there are loopholes in quality control because of this problem. Effort to resolve this problem is required. In this paper, agricultural products management system(APMS) is designed and implemented. APMS was designed for integrally manage of variety of practices. This system suggested integral manage code, used Iot(Internet-of-Things) technology and RFID. This system can be integrally manage the entire agricultural distribution processes by collection and managing information. The cultivate information such as real-time cultivation environment of agricultural products are generated in the production stage and the surrounding environment information such as the packaging information, temperature and humidity are generated in the distribution stage. Through the system, the reliability of the agricultural distribution process and the realization of safer food culture can be expected.

참고문헌 (10)

  1. S. S. Kim, "A case study on the traceability in the agriculture using RFID system", Master, pp.2009
  2. D. J. Park, "Implementation of agricultural products traceability management system using smart phones", Proceeding of Korea Institute of Information & Communication Engineering, 16(1), pp.862~863 (2012)
  3. 이철희, "농산물 이력추적관리의 추진현황과 발전방향", 농약과학회지, 9(1), pp.11~22 (2005), 한국농약과학회
  4. D. H. Yeon, "Design and implementation of RFID processing systems for agricultural products traceability", Proceeding of Korean Institute of Maritime Information & Communication Sciences, 2006(1), pp.931~934 (2006)
  5. "Agricultural Product Traceability Management Practices"[URL]
  6. 김한길, "RFID를 이용한 농산물 생산이력정보 관리 시스템", 한국정보통신학회논문지, 16(5), pp.1071~1076 (2012), 한국정보통신학회[DOI]
  7. 김명화, "RFID", USN 기반 농산물 이력관리시스템, 2009, pp.15(5), 331~343[DOI]
  8. J. H. Kim, "IoT platform development trends and future direction", Information &Communications Magazine, 30(8), pp.29~39 (2013)
  9. Abel Avitesh Chandra, "Internet-of-Things Based Approach for Monitoring Pharmaceutical Cold Chain", 한국통신학회논문지C, 39(9), pp.828~840 (2014), 한국통신학회
  10. "FarmtoTable"[URL]

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