依托大数据平台,我省于2017年完成OTT(Over The Top)定位算法和指纹库定位算法大数据平台部署、MDT(Minimization of Drive-Test)数据采集处理,从而实现全量MRO(Measurement Report Original)、S1mme、S1uhttp、Mw、Sv等接口信令数据的...依托大数据平台,我省于2017年完成OTT(Over The Top)定位算法和指纹库定位算法大数据平台部署、MDT(Minimization of Drive-Test)数据采集处理,从而实现全量MRO(Measurement Report Original)、S1mme、S1uhttp、Mw、Sv等接口信令数据的经纬度关联回填,定位分析能力由基站/小区拓展到局部区域或具体楼宇。为了深挖定位信令数据价值,提升定位信令数据网络线条应用能力,我省建立基于定位信令大数据的网络线条分析应用体系。通过体系建设及支撑手段开发应用,有效提升网络优化工作效率,并带动网络优化工作向自动化、智能化的变革,更为定位数据拓展挖掘奠定了丰富的工作经验。展开更多
In this paper, the operating performances of the main commercial banks＇ information security management system applications are empirically researched using the DEA method of operating efficiency＇s multi-stage super...In this paper, the operating performances of the main commercial banks＇ information security management system applications are empirically researched using the DEA method of operating efficiency＇s multi-stage super efficiency. The DEA model of multi-stage super efficiency is established for the commercial bank information security system applications of China＇s banks using data envelopment analysis （DEA）, and then output efficiency, taxation efficiency, and comprehensive efficiency are analyzed by choosing eight banks such as Industrial and Commercial bank of China as sample data, and finally the operating performance of Chinese commercial banks＇ information security management system is concluded.展开更多
Immunoassays are useful for many bioassays. Many new techniques and materials are introduced into the immunoassay to improve the efficiency. This paper reviews recent progress in the application of microfluidic system...Immunoassays are useful for many bioassays. Many new techniques and materials are introduced into the immunoassay to improve the efficiency. This paper reviews recent progress in the application of microfluidic systems and gold nanoparticles in immunoassay. The micro/nano technologies and materials can offer good sensitivity, fast detection, cost-effectiveness and easy signal readout. In particular, the miniaturization of microfluidics and colorimetric assays based on gold nanoparticles have dramatically improved the efficiency of immunoassays.展开更多
文摘依托大数据平台,我省于2017年完成OTT(Over The Top)定位算法和指纹库定位算法大数据平台部署、MDT(Minimization of Drive-Test)数据采集处理,从而实现全量MRO(Measurement Report Original)、S1mme、S1uhttp、Mw、Sv等接口信令数据的经纬度关联回填,定位分析能力由基站/小区拓展到局部区域或具体楼宇。为了深挖定位信令数据价值,提升定位信令数据网络线条应用能力,我省建立基于定位信令大数据的网络线条分析应用体系。通过体系建设及支撑手段开发应用,有效提升网络优化工作效率,并带动网络优化工作向自动化、智能化的变革,更为定位数据拓展挖掘奠定了丰富的工作经验。
文摘In this paper, the operating performances of the main commercial banks＇ information security management system applications are empirically researched using the DEA method of operating efficiency＇s multi-stage super efficiency. The DEA model of multi-stage super efficiency is established for the commercial bank information security system applications of China＇s banks using data envelopment analysis （DEA）, and then output efficiency, taxation efficiency, and comprehensive efficiency are analyzed by choosing eight banks such as Industrial and Commercial bank of China as sample data, and finally the operating performance of Chinese commercial banks＇ information security management system is concluded.
基金supported by the National Natural Science Foundation of China (90813032, 20890020 & 21025520)the Ministry of Science and Technology (2009CB930000 & 2011CB933201)+2 种基金the Ministry of Health (2008ZX10001-010)Chinese Academy of Sciences (KJCX2-YW-M15)the Scientific Research Foundation for the Returned Overseas Chinese Scholars, State Education Ministry
文摘Immunoassays are useful for many bioassays. Many new techniques and materials are introduced into the immunoassay to improve the efficiency. This paper reviews recent progress in the application of microfluidic systems and gold nanoparticles in immunoassay. The micro/nano technologies and materials can offer good sensitivity, fast detection, cost-effectiveness and easy signal readout. In particular, the miniaturization of microfluidics and colorimetric assays based on gold nanoparticles have dramatically improved the efficiency of immunoassays.
