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한우의 발정 탐지를 위한 활동량 분석Analyzing Activity for Estrus Detection in Korean Native Cattle

Other Titles
Analyzing Activity for Estrus Detection in Korean Native Cattle
Authors
곽호김기영김동균이상정
Issue Date
2015
Publisher
한국지식정보기술학회
Keywords
Korean Native Cattle; Estrus Detection; Activity analytic; 3-axis accelerometer
Citation
한국지식정보기술학회 논문지, v.10, no.2, pp.193 - 202
Journal Title
한국지식정보기술학회 논문지
Volume
10
Number
2
Start Page
193
End Page
202
URI
https://scholarworks.bwise.kr/sch/handle/2021.sw.sch/11396
ISSN
1975-7700
Abstract
Existing estrus detection products operation inconvenience, due to the reliability of the device degradation problems estrus detection probability is lower. In addition, most existing studies was the study of estrus detection of milk cows in large-scale farms studies on Korean Native Cattle farms was not realized. In this paper, discerned using a 3-axis accelerometer to determine the estrus state of Korean Native Cattle. The Korea Native Cattle estrus detection system proposed in this paper consists of these, the three-axis acceleration sensor, sensor network uses Zigbee communication, a base station, field server and database servers. When there is no movement the value of the three-axis acceleration sensor is 1000 due to gravity, the acceleration sensor attached to the cattle’s neck causes a feeble change even though there is no movement of cattle. In this paper, due to the no activity of Korean Native Cattle, censed weak values of sensor are filtered out. In the experiment the sensor data acquisition activities that occur during the actual targeting Cattles at the Cattle farmer by the three-axis acceleration sensor X, Y, Z-axis values analyzed through SVM algorithm output’s one representative value and ISVM algorithm which output integral average. In addition, to determine Korean Native Cattle’s estrus time, activity data collected and compared by 3 hours, 6 hours integral. ISVM algorithm was validated by experimental results that the appropriate algorithm for the Korean Native Cattle’s activity analysis.
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