基于物联网技术的感知矿山应用研究

矿山安全生产自动化面临着感知手段单一、缺乏泛在感知网络等问题,在已有感知矿山理论的基础上,将物联网技术全面引入到矿山应用当中;通过系统阐述感知矿山特征、平台框架、关键技术以及逻辑结构,利用物联网感知手段多样,实现泛在感知的特点;提出人员监测及内壁巷道位移监测的应用模型;对物联网技术目前面临的发展困境及在矿山当中推广面临的问题进行了探讨,以期物联网技术在矿山领域能够得到良好应用....

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Bibliographic Details
Published in计算机工程与科学 Vol. 36; no. 3; pp. 566 - 570
Main Author 刘相锋 张飞舟 肖文军 杨泽民 范诗玥
Format Journal Article
LanguageChinese
Published 北京大学地球与空间科学学院,北京,100871 2014
Subjects
体系框架
感知矿山
物联网
hierarchy structure
体系框架
物联网
Internet of Things
sensor mine
感知矿山
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Summary:矿山安全生产自动化面临着感知手段单一、缺乏泛在感知网络等问题,在已有感知矿山理论的基础上,将物联网技术全面引入到矿山应用当中;通过系统阐述感知矿山特征、平台框架、关键技术以及逻辑结构,利用物联网感知手段多样,实现泛在感知的特点;提出人员监测及内壁巷道位移监测的应用模型;对物联网技术目前面临的发展困境及在矿山当中推广面临的问题进行了探讨,以期物联网技术在矿山领域能够得到良好应用.
Bibliography:The automation of mine safety production is facing the problems such as the single means of perception, lack of ubiquitous perception network, etc. Based on the previous theory of sensor mine, the internet of things is applied to mine application completely. Through systematically discussing the characteristics of sensor mine, the structure of platform, the key technique and the logic structure, the application analysis on personnel monitoring and the displacement monitoring of inner wall are proposed by using the various means and ubiquitous perception of the internet of things. We hope that the internet of things can be well applied in mine by discussing the problem of the development and application about the internet of things in sensor mine.
LIU Xiang-feng, ZHANG Fei-zhou, XIAO Wen-j un, YANG Ze-min, FAN Shi-yue （School of Earth and Space Sciences, Peking University, Beijing 100871 ,China）
43-1258/TP
Internet of Things ; hierarchy structure ; sensor mine
ISSN:1007-130X
DOI:10.3969/j.issn.1007-130X.2014.03.033