• Journal of the Korean Society of Surveying, Geodesy, Photogrammetry and Cartography
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• v.38 no.3
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• pp.247-257
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• 2020

Livestock epidemics, such as foot and mouth disease, are causing enormous economic losses due to their strong infectious power. Early detection of infectious diseases in livestock is very important, but it is difficult to diagnose early in individual farms, and there are frequent cases of transmission through inter-farm movement such as veterinarians and feeding vehicles. In this study, we studied the technology that enables rapid diagnosis without veterinarian farm visits and prevents further spread by automatically monitoring the body temperature of livestock using ubiquitous-based information and communication technology in the early stage of onset and sending it in real time. We have presented a technique for systematically managing livestock epidemics at the farm level, regional level, and national level by using the community mapping technique by using the remote medical treatment system linked to the automatically collected information. In this process, community mapping items for each step and stakeholders were derived for crowd sourcing based spatial information technology.

• Journal of Software Assessment and Valuation
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• v.17 no.2
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• pp.117-124
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• 2021

Livestock behavioral analysis is a factor that has a great influence on livestock health management and agricultural productivity increase. However, most digital devices introduced for behavioral analysis of livestock do not provide raw data and also provide limited analysis results. Such a closed system makes it more difficult to integrate data and build big data, which are essential for the introduction of advanced IT technologies. Therefore, it is necessary to supply farm-scale data collection devices that can be easily used at low cost. This study presents a data collection system for analyzing the behavior of livestock. The system consists of a number of miniature computing units that operate wirelessly, and collects livestock body temperature and acceleration data, location information, and livestock environment data. In addition, this study presents an algorithm for estimating the behavior of livestock based on the collected acceleration data. For the experiment, a system was built in a Korean cattle farm in Icheon, Gyeonggi-do, and data were collected for 20 Korean cattle, and based on this, the empirical and analysis results were presented.

• The Journal of The Korea Institute of Intelligent Transport Systems
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• v.21 no.4
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• pp.78-95
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• 2022

The result of previous studies and epidemiological invstigations for infectious diseases epidemic in livestock have shown that trips made by livestock-related vehicles are the main cause of the spread of these epidemics. In this study, the OD traffic volume of livestock freight vehicle during the week in each zone was calculated using livestock facility visit history data and digital tachograph data. Based on this, a model for predicting the spread of infectious diseases in livestock was developed. This model was trained using zonal records of foot-and-mouth disease in Gyeonggi-do for one week in January and February 2015 and in positive, it was succesful in predicting the outcome in all out of a total 13 actual infected samples for test.

• Journal of Korea Entertainment Industry Association
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• v.13 no.8
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• pp.335-343
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• 2019

Healthy living is an essential element of human happiness. Quality eating provides the basis for life, and the health of livestock, which provides meat and dairy products, has a direct impact on human health. In the case of calves, diarrhea is the cause of all diseases.In this paper, we use a sensor to measure calf 's biometric data to diagnose calf diarrhea. The collected biometric data is subjected to a preprocessing process for use as meaningful information. We measure calf birth history and calf biometrics. The ontology is constructed by inputting environmental information of housing and biochemistry, immunity, and measurement information of human body for disease management. We will build a knowledge base for predicting calf diarrhea by predicting calf diarrhea through logical reasoning. Predict diarrhea with the knowledge base on the name of the disease, cause, timing and symptoms of livestock diseases. These knowledge bases can be expressed as domain ontologies for parent ontology and prediction, and as a result, treatment and prevention methods can be suggested.

• Korean Journal of Organic Agriculture
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• v.25 no.1
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• pp.161-170
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• 2017

To investigate the influence of long-term organic cultivation on soil characteristics, chemical properties of 35 soils in the national scale organically managed over 10 years were analyzed. 57% of soils which were managed by the materials containing livestock manure have higher nutrient concentration than the materials not containing livestock manure. The decomposed composts (containing livestock manure) had higher amount of $P_2O_5$, CaO, $K_2O$ than organic fertilizers (not containing livestock manure). In the results, the nutrient concentration of soils in long-term organically managed was higher than optimum range of upland soil, especially pH 6.9, available phosphorus (Av. $P_2O_5$) 744 mg/kg, exchangeable calcium $9.4cmol_c/kg$, potassium 2.51 cmolc/kg. On the other hand, more than 50% of soils had lower concentration of exchangeable magnesium than optimum range (soil nutrient distribution was unbalanced). It is suggested that farmers have to be careful to apply organic materials, especially containing livestock manure.

• 동물약계
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• no.30
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• pp.4-5
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• 1996

1. 신규허가 2. 제조(수입)업 허가사항 변경 3. 사료첨가제 임가공에 대한 질의회신 4. 양축농가 지도계몽 실적조사 5. 가축질병중앙예찰협의회 개최 6. 가축전염병 발생정보 7. 과대광고 금지 8. 건의서 회신 9. 생물학적제제 유통관리 10. 유당사용실적 보고 11. 한국우병학회 창립 12. 대한수의사회 책자발간 13. 돼지 인공수정 책자발간 14. 국검품 수입절차 안내 15. 유방염 치료용 연고제제 색소첨가 16. 제 2 차 이사회 개최

• 동물약계
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• no.33
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• pp.4-5
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• 1996

1. 허가사항변경 2. 제1차 수출촉진 협의회 개최 3. 약사감시 결과안내 4. 가축질병병성감정 실시기관 지정 5. 사료내 잔류농약 및 동물용의약품의 허용기준 개정의견 수렴 6. 제21회 세계소동물 수의학대회 안내 7. 가축전염병 발생정보 8. 동물용의약품 판매에 관한 질의회신 9. 동물약품 안전사용홍보용 스티카 배포 10. 제조손모율 조사결과 안내 11. 동물약품 잔류방지 세부실천방안 홍보강화 12. 회장단회의 개최 13. 국가검정 절차관련 협의회 개최 14. 제3차 이사회개최 15. 부정$\cdot$불공정 수출입관련 정보협조 16. 동물용의약품 판매관리 철저 17. 염화코린수입관련 공청회 개최 18. 통합공고 개정

• 동물약계
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• no.91
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• pp.2-3
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• 2003

[ $\cdot$ ]동물용의약품등 제조업 신규 허가 $\cdot$동물용의약품등 수입관리자 신규 승인 $\cdot$동물용의약품 제조$\cdot$수입업 폐업 신고 $\cdot$동물용의약품 제조$\cdot$수입업 휴업 신고 $\cdot$동물용의약품 제조업 재개업 신고 $\cdot$동물용의약품등 제조업 허가사항 변경 $\cdot$동물용의약품등 수입자 확인사항 변경 $\cdot$동물용의약품 품질관리우수업체 신규 지정 $\cdot$농림부 2004년도 가축 방역사업 계획(안) $\cdot$돼지콜레라 예방접종 관련 과태료 부과 지침 $\cdot$가축전염병예방규칙시행규칙 개정

• 동물약계
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• no.71
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• pp.2-3
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• 2000

[ $\cdot$ ]동물용의약품등 제조업 허가 $\cdot$동물용의약품등 제조업 허가 변경 $\cdot$동물용의약품 품질관리우수업체 지정 변경 $\cdot$동물용의약품등 수입자 확인 $\cdot$동물용의약품등 수입자 변경 확인 $\cdot$가축전염병예방법시행규칙 개정 $\cdot$국가검정동물용의약품 검정기준중 개정 고시 $\cdot$해외악성가축전염병방역실시요령 개정 $\cdot$요주의동물용의약품취급요령(안) 의견 제출 $\cdot$기르는어업육성법(안) 의견 제출

• 동물약계
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• no.40
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• pp.2-4
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• 1997

[ $\cdot$ ]위해요소중점관리제도(Hazard Analysis Critical Control Point SYSTEM) $\cdot$동물용의약품등 신규 수입자 확인 $\cdot$동물용의약품등 허가사항 변경 $\cdot$동물용의약품 품질검사 강화 $\cdot$가축전염병 발생 정보 $\cdot$97년도 하반기 알찬 거래선 지정$\cdot$홍보 $\cdot$가축질병 예찰협의회 개최 $\cdot$주문용배합사료첨가제 품목허가 신청 $\cdot$광우병 관련 심포지움 개최 $\cdot$제9차 수출촉진협의회 개최 결과 $\cdot$동물약사 법규집 발간 예정 $\cdot$하계 무수의촌 봉사활동 약품 지원