CAJ | 학술논문

随着计算机、通信、自动化控制和人工智能等领域的发展，无线传感网络成为了新兴的网络监控技术，尤其是在物联网目标定位和环境监测上得到了广泛的关注。然而，我国现阶段无线传感器由于受环境和设备质量等因素的影响，传感所采集的数据易产生误差。对隧道和地下矿物勘测工程中常用的面向目标定位与环境监测的基于无线传感器拓扑结构的物联网监测模型进行了详细的分析，仿真实验表明本文提出的定位算法适用于大规模物联网的定位估计，对地下工作人员进行精确定位、下一时刻的位置预测以及地下工程事故后的抢险救灾工作提供了极大便利。
수착계산궤、통신、자동화공제화인공지능등영역적발전，무선전감망락성위료신흥적망락감공기술，우기시재물련망목표정위화배경감측상득도료엄범적관주。연이，아국현계단무선전감기유우수배경화설비질량등인소적영향，전감소채집적수거역산생오차。대수도화지하광물감측공정중상용적면향목표정위여배경감측적기우무선전감기탁복결구적물련망감측모형진행료상세적분석，방진실험표명본문제출적정위산법괄용우대규모물련망적정위고계，대지하공작인원진행정학정위、하일시각적위치예측이급지하공정사고후적창험구재공작제공료겁대편리。
With the development in the fields of computer , communications , automation control , and artificial intelligence , wireless sensor networks is becoming a new network monitoring technology , especially on the targeting and environmental monitoring of Internet of Things , attracting a lot of attention .However , China's current wireless sensor is prone to error due to factors such as the environment and the quality of equipment , the collected sensing data and so on .This paper mainly focuses on tunnels and under-ground mineral investigation works for targeting environmental monitoring based on the analysis of the physical topology of the wire -less sensor network monitoring model .