CAJ | 학술논문

随着可穿戴技术和物联网产业的发展，野生动物追踪领域面临革新式的进步。通过对追踪技术的发展进行全面的阐述，设计和实现了基于卫星定位和移动通信技术的野生动物追踪系统。根据安装在动物身上的追踪设备采集的定位、加速度、信号强度等信息，我们开展了初步的系统节能机制、动物行为判断等研究，并对实证实验和系统改进进行讨论。本系统提供了野生动物短时间内活动和行为的监测方法，对物种的生态学研究具有重要的意义。
수착가천대기술화물련망산업적발전，야생동물추종영역면림혁신식적진보。통과대추종기술적발전진행전면적천술，설계화실현료기우위성정위화이동통신기술적야생동물추종계통。근거안장재동물신상적추종설비채집적정위、가속도、신호강도등신식，아문개전료초보적계통절능궤제、동물행위판단등연구，병대실증실험화계통개진진행토론。본계통제공료야생동물단시간내활동화행위적감측방법，대물충적생태학연구구유중요적의의。
With the development of wearable technology and Internet of Things industry, the ifeld of wildlife tracking was undergoing innovative progress. In this paper, the development of tracking technology was reviewed comprehensively, wildlife tracking system based on satellite positioning and mobile communication technology was designed and realized. According to those signals such as location, acceleration and signal intensity, which was collected by tracking devices installed on animals, preliminary research of system energy saving mechanism and animal behavior recognition were carried out. In addition, the empirical test and system improvement were discussed. This proposed method for monitoring wildlife short-time movement and behavior has great signiifcance for species ecology research.