摘要
目前,社会经济的发展为煤矿工业的发展提供了良好的经济基础,科技的创新与发展为煤矿工业的改革提供了技术支撑,尤其是信息技术、计算机技术等现代化技术在煤矿工业领域中的应用,推动了煤矿生产的自动化、信息化、智能化建设。从现阶段煤矿工业发展的角度来看,其对信息技术、网络技术等技术的依赖性越来越强,尤其是煤矿工业各种信息数据的传输均需要以来网络来实现,此时工业以太环网凭借协议透明、组网能力强等优势在煤矿工业中获得了广泛的应用,光纤传输网络凭借传输距离远、数据损耗小、抗干扰性强等优势在煤矿工业中获得了深度应用。基于煤矿工业的深化发展以及网络传输技术的发展,现阶段对煤矿工业以太环网的建设及应用进行深入探究十分的有必要[1]。对此,文章对煤矿工业以太环网的建设与应用进行了探究。
At present,the development of social economy provides a good economic foundation for the development of coal mine industry,and the innovation and development of science and technology provide technical support for the reform of coal mine industry,especially the application of information technology,computer technology and other modern technologies in the field of coal mine industry,which promotes the construction of automation,informatization and intelligence of coal mine production.From the point of view of the development of coal industry at this stage,it is more and more dependent on information technology,network technology and other technologies.In particular,the transmission of various information and data in the coal industry needs to be realized through the network.At this time,the industrial Ethernet ring network has been widely used in the coal industry with the advantages of transparent protocol and strong networking ability,With the advantages of long transmission distance,small data loss and strong anti-interference,optical fiber transmission network has been widely used in coal mine industry.Based on the deepening development of coal industry and the development of network transmission technology,it is necessary to deeply explore the construction and application of coal industry Ethernet ring network at this stage.In this regard,this paper explores the construction and application of Coal Mine Industrial Ethernet ring network.
作者
王丽霞
WANG Lixia(Big Data Center of Shanxi Coking Coal Xishan Coal Power(Group)Co.,Ltd.,Taiyuan 030053,China)
出处
《数字通信世界》
2021年第12期44-46,共3页
Digital Communication World
关键词
煤矿工业
以太环网
建设方法
应用途径
coal industry
ethernet ring network
construction method
application approach
