学术论文

      基于FEAF.PRM-AHP的油气管道物联网应用分析

      Analysis of the application of the oil and gas pipeline IoT based on FEAF.PRM-AHP

      摘要:
      信息化建设是企业提高自身竞争力的一项重要需求.企业配置了各种IT应用,正确的IT应用绩效评估为企业进行信息化建设指引了方向,提高了企业的工作效率,为企业带来了很大的效益,对物联网技术在企业应用的具体效益的评估分析,为企业进行物联网应用起到了重要的指导作用.文中提出结合联邦企业结构框架的绩效模型(FEAF.PRM)和层次分析法(AHP),建立一种企业IT应用的评估方法,并将方法应用于油气管道行业的物联网应用评估分析中.利用FEAF.PRM建立企业物联网应用绩效分析模型,选取出适合该应用的具体绩效指标,结合绩效指标和企业战略目标建立AHP综合评估模型,通过矩阵计算得出物联网应用系统中各个子系统与企业目标的权重大小,从而帮助油气管道企业对物联网应用进行预估分析,为企业物联网应用开发的有序进行提供研究基础.
      Abstract:
      Informatization construction is an important need for enterprises to improve their competitiveness.Enterprises' staff are using IT applications,the accurate evaluation of IT application performance provides the direction for enterprise informatization construction,improves enterprises' work efficiency,and brings huge benefits for enterprises.The evaluation and analysis of the specific benefits from the application of IoT technologies to enterprises provides important guidance for enterprises' application of IoT technologies.This thesis proposes a method for the evaluation of enterprises' IT application in combination with the performance model and the analytic hierarchy process method of the federal enterprise architecture framework,and uses this method to evaluate and analyzes the application of IoT technologies to the oil and gas pipeline industry.The FEAF.PRM performance reference model is used to build the model for the analysis of enterprises' IoT application performance and selects the specific performance indicators suitable for the application;the AHP comprehensive assessment model is built with both performance indicators and enterprises' strategic goals taken into account,matrix calculation arrives at the weights of subsystems and enterprise goals in the IoT application system,thereby helping oil and gas pipeline enterprises to estimate and analyze the application of IoT technologies and providing the basis for the study of the orderly application and development of IoT technologies.
      作者: 刘斌
      Author: LIU Bin
      作者单位: 清华大学电机工程与应用电子技术系博士后流动站,北京100084;中国石油集团东南亚管道有限公司,北京100028
      刊 名: 信息技术 ISTIC
      年,卷(期): 2017, (3)
      分类号: TP391
      在线出版日期: 2017年4月18日