摘要
针对煤矿职业危害监管人员数量少、监管对象多、监管频次高、监管范围大等问题,结合云计算的特点,提出一种云计算环境下煤矿职业危害监管平台。从终端登录层、平台管理层、操作系统资源层、底层的硬件系统层4个层面,阐述了系统平台的体系架构,利用北斗报文通信解决信号盲区数据传输并结合开源的Hadoop技术处理海量数据,并根据监管需求搭建系统功能组成。云计算环境下的煤矿职业危害监管系统具有集成度高、扩展性强的优势,对促进职业危害监管治理有借鉴意义。
Aimed at thin force stiffs,more regulatory objects,high frequency and wide range for coal-mine occupational hazards,based on the characteristics of cloud computing,a new supervisory system for coal-mine occupational hazards in cloud computing was proposed. In this paper,system platform architecture was analyzed from four key layers,including terminal login,platform management,operational systems and the underlying hardware systems. Using the compass message to transmit data of signal blind area,combining with the open source Hadoop technology to process huge amounts of data,finally function modules of system is given according to the requirements.Highly integrated and strong expandability,supervisory system for coal-mine occupational hazards in cloud computing will provide some references for promoting occupational hazard supervision management.
出处
《能源与环保》
2017年第7期127-131,共5页
CHINA ENERGY AND ENVIRONMENTAL PROTECTION
基金
国家重点研发计划课题(2016YFC0801707)
关键词
云计算
职业危害
北斗报文
HADOOP
并行处理
cloud computing
occupational hazards
compass message
Hadoop
parallel processing
