基于射频识别的电子耳标数据传输优化方向及方法OA
Optimization Directions and Methods for RFID-Based Electronic Ear Tag Data Transmission
射频识别(Radio frequency identification,RFID)电子耳标作为智慧养殖、动物溯源与健康监测的核心终端,其数据传输性能直接决定养殖智能化管理的质量.当前,RFID 电子耳标在实际应用中面临复杂养殖环境干扰、多标签冲突、功耗过高导致续航不足、数据传输延迟与丢包等问题.结合RFID技术原理与电子耳标应用场景,从抗干扰、低功耗、传输效率、兼容性和数据安全五个方面总结了数据传输技术优化方向,并提出相应的优化方法,为提升RFID 电子耳标数据传输性能提供参考.
As a core terminal in smart livestock farming,animal traceability,and health monitoring,the wireless data transmission performance of Radio Frequency Identification(RFID)electronic ear tags directly determine the quality of intelligent livestock management.Currently,RFID electronic ear tags face challenges in practical applications,including interference from complex farming environments,multi-tag conflicts,insufficient battery life due to high power consumption,data transmission delays,and packet loss.Based on the principle of RFID technology and the application scenarios of electronic ear tags,this paper summarizes the optimization directions of data transmission technology from five aspects:anti-interference,low power consumption,transmission efficiency,compatibility and data security,and proposes corresponding optimization methods to provide references for improving the data transmission performance of RFID electronic ear tags.
金闻名;王飞虎;赵礡;刘燕;于遵波;杨晶;王谷怡;张晶声
中国兽医药品监察所(农业农村部兽药评审中心),北京 100081中国兽医药品监察所(农业农村部兽药评审中心),北京 100081北京卡尤迪生物科技股份有限公司,北京 100142中国兽医药品监察所(农业农村部兽药评审中心),北京 100081中国兽医药品监察所(农业农村部兽药评审中心),北京 100081中国兽医药品监察所(农业农村部兽药评审中心),北京 100081中国兽医药品监察所(农业农村部兽药评审中心),北京 100081中国兽医药品监察所(农业农村部兽药评审中心),北京 100081
农业科技
电子耳标射频识别数据传输智慧养殖
electronic ear tagradio frequency identificationdata transmissionsmart farming
《中国兽药杂志》 2026 (7)
73-78,6
"十四五"国家重点研发计划项目(2024YFD1800304)
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