大数据背景下金保数据中心建设关键技术研究
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摘要
海量数据的产生对传统人力资源和社会保障信息系统的建设提出新的挑战,构建大数据背景下的云数据中心对"金保工程"建设具有重要的意义。从分析传统"金保工程"的特点入手,探讨大数据对传统"金保工程"的影响,突出建设云数据中心的必要性。虚拟化技术和云平台搭建是"金保工程"建设中云数据中心的关键技术,该文结合"金保工程"建设的实际需求,探讨云数据中心建设的关键技术和解决策略,以案例将其用于省级人社"金保工程"的建设中。结果表明,该策略取得较好的实际应用效果,研究成果对人社行业的"金保工程"建设具有理论意义和指导价值。
Massive data generation has brought new challenges to the construction of the traditional human resources and social security information system,so it is of great significance to construct the cloud data center in big data background for golden insurance project construction. Proceeding from characteristic analysis of the traditional golden insurance project,the influence of big data on the traditional golden insurance project is discussed,and the necessity of building the cloud data center is highlighted. The virtualization technology and cloud platform establishment are key technologies of cloud data center during the golden insurance project construction. The key technologies and solution strategies of cloud data center construction are discussed in this paper by combining the actual demand of gold insurance project construction,and their cases are applied to the construction of the provincial golden insurance project of human resources and social security. The results show that the strategy can obtain a good actual application effect,and the research results have a theoretical significance and guiding value to the construction of the gold insurance project in human resources and social security industry.
Massive data generation has brought new challenges to the construction of the traditional human resources and social security information system,so it is of great significance to construct the cloud data center in big data background for golden insurance project construction. Proceeding from characteristic analysis of the traditional golden insurance project,the influence of big data on the traditional golden insurance project is discussed,and the necessity of building the cloud data center is highlighted. The virtualization technology and cloud platform establishment are key technologies of cloud data center during the golden insurance project construction. The key technologies and solution strategies of cloud data center construction are discussed in this paper by combining the actual demand of gold insurance project construction,and their cases are applied to the construction of the provincial golden insurance project of human resources and social security. The results show that the strategy can obtain a good actual application effect,and the research results have a theoretical significance and guiding value to the construction of the gold insurance project in human resources and social security industry.
引文
[1]宫夏屹,李伯虎,柴旭东,等.大数据平台技术综述[J].系统仿真学报,2014,26(3):489-496.GONG Xiayi,LI Bohu,CHAI Xudong,et al.Survey on big data platform technology[J].Journal of system simulation,2014,26(3):489-496.
[2]罗亮,吴文峻,张飞.面向云计算数据中心的能耗建模方法[J].软件学报,2014,25(7):1371-1387.LUO Liang,WU Wenjun,ZHANG Fei.Energy modeling based on cloud data center[J].Journal of software,2014,25(7):1371-1387.
[3]赵震,任永昌.大数据时代基于云计算的电子政务平台研究[J].计算机技术与发展,2015,25(10):145-148.ZHAO Zhen,REN Yongchang.Research on e-government platform based on cloud computing in big data era[J].Computer technology and development,2015,25(10):145-148.
[4]韩德志,李楠楠,毕坤.云环境下的虚拟化技术探析[J].华中科技大学学报(自然科学版),2012,40(z1):262-265.HAN Dezhi,LI Nannan,BI Kun.Study of virtualization technology in cloud environment[J].Huazhong University of Science and Technology(Natural science edition),2012,40(S1):262-265.
[5]张科星.网络大数据平台中的特征数据分类系统设计与实现[J].现代电子技术,2017,40(8):25-28.ZHANG Kexing.Design and implementation of feature data classification system in network big data platform[J].Modern electronics technique,2017,40(8):25-28.
[6]孔维亮,曾光裕,周登元.基于Intel VT硬件虚拟化的Rootkit技术[J].信息工程大学学报,2016,17(5):579-585.KONG Weiliang,ZENG Guangyu,ZHOU Dengyuan.Rootkit technology based on the Intel VT hardware virtualization[J].Journal of Information Engineering University,2016,17(5):579-585.
[7]谭大禹,孙睿,刘宽.云计算下桌面虚拟化技术的融合[J].计算机与数字工程,2017(1):76-82.TAN Dayui,SUN Rui,LIU Kuan.Desktop of virtualization technology integration under the cloud computing[J].Computer&digital engineering,2017(1):76-82.
[8]CHAI Li,XIE Jiancang,LIANG Jichao,et al.Simulation and visualization of salty soil water and salt migration[J].Advances in energy science and equipment engineering II,2017:429-433.
[9]林正日,孙志斌,Pavel Paces,等.基于TOF-3D相机单视角物体表面重建研究[J].电子设计工程,2018,26(12):50-54.LIN Zhengri,SUN Zhibin,PACES P,et al.Research on object surface reconstruction under the single view based on TOF-3D camera[J].Electronic design engineering,2018,26(12):50-54.
[10]肖铮,董祥千,赵文革.Web网络大数据的聚类中心调度技术研究[J].现代电子技术,2017,40(24):25-27.XIAO Zheng,DONG Qiangqian,ZHAO Wenge.Research on clustering center scheduling technology for Web network big data[J].Modern electronics technique,2017,40(24):25-27.
[2]罗亮,吴文峻,张飞.面向云计算数据中心的能耗建模方法[J].软件学报,2014,25(7):1371-1387.LUO Liang,WU Wenjun,ZHANG Fei.Energy modeling based on cloud data center[J].Journal of software,2014,25(7):1371-1387.
[3]赵震,任永昌.大数据时代基于云计算的电子政务平台研究[J].计算机技术与发展,2015,25(10):145-148.ZHAO Zhen,REN Yongchang.Research on e-government platform based on cloud computing in big data era[J].Computer technology and development,2015,25(10):145-148.
[4]韩德志,李楠楠,毕坤.云环境下的虚拟化技术探析[J].华中科技大学学报(自然科学版),2012,40(z1):262-265.HAN Dezhi,LI Nannan,BI Kun.Study of virtualization technology in cloud environment[J].Huazhong University of Science and Technology(Natural science edition),2012,40(S1):262-265.
[5]张科星.网络大数据平台中的特征数据分类系统设计与实现[J].现代电子技术,2017,40(8):25-28.ZHANG Kexing.Design and implementation of feature data classification system in network big data platform[J].Modern electronics technique,2017,40(8):25-28.
[6]孔维亮,曾光裕,周登元.基于Intel VT硬件虚拟化的Rootkit技术[J].信息工程大学学报,2016,17(5):579-585.KONG Weiliang,ZENG Guangyu,ZHOU Dengyuan.Rootkit technology based on the Intel VT hardware virtualization[J].Journal of Information Engineering University,2016,17(5):579-585.
[7]谭大禹,孙睿,刘宽.云计算下桌面虚拟化技术的融合[J].计算机与数字工程,2017(1):76-82.TAN Dayui,SUN Rui,LIU Kuan.Desktop of virtualization technology integration under the cloud computing[J].Computer&digital engineering,2017(1):76-82.
[8]CHAI Li,XIE Jiancang,LIANG Jichao,et al.Simulation and visualization of salty soil water and salt migration[J].Advances in energy science and equipment engineering II,2017:429-433.
[9]林正日,孙志斌,Pavel Paces,等.基于TOF-3D相机单视角物体表面重建研究[J].电子设计工程,2018,26(12):50-54.LIN Zhengri,SUN Zhibin,PACES P,et al.Research on object surface reconstruction under the single view based on TOF-3D camera[J].Electronic design engineering,2018,26(12):50-54.
[10]肖铮,董祥千,赵文革.Web网络大数据的聚类中心调度技术研究[J].现代电子技术,2017,40(24):25-27.XIAO Zheng,DONG Qiangqian,ZHAO Wenge.Research on clustering center scheduling technology for Web network big data[J].Modern electronics technique,2017,40(24):25-27.