金保工程的完善实施是社保

经办机构是提高服务质量的有利保障“金保工程”是国家劳动和社会保障系统的一项紧迫而又艰巨的工作任务,是全面提升工作质量和效率的平台。目前,社保经办机构正在全力推行“金保工程”。我们作为社保经办机构具体业务的实施者,要高度重视“金保工程”实施的意义,深刻认识高效率信息工程在工作中的重要性,用科学的发展观对待“金保工程”,使之进一步的完善、发展。一、要深刻认识实旃“金保工程”的重要意义“金保工程”是利用先进的信息技术,以中央、省、市三级网络为依托,支     

基于J2EE架构的“金保工程”市域网的设计

介绍了金保工程的含义,在分析J2EE架构的基础上,以某市"金保工程"市域网设计为例,阐述了基于J2EE架构的"金保工程"信息化管理系统的设计和实现方法,充分显示了基于成熟架构的软件开发方法的优越性。     

从社保网络看“金保工程”在师市的建设

“金保工程”是利用先进的信息技术手段，以部、省、市三级计算机网络为依托，支持劳动和社会保障业务经办、公共服务、基金监管和决策支持等为核心应用，覆盖全国的统一劳动和社会保障电子政务工程。“金保工程”包括两大系统：一是主要为各项社会保险业务经办、管理和服务提供支持的社会     

构建高性能的电力营销综合接入网络

电力营销系统信息化建设是国家电网公司"SG186工程"构筑"纵向贯通、横向集成"的一体化平台的建设业务应用之一,其内容涵盖了国家电网公司系统的所有业务工作。其中电力营销系统作为建设业务应用之一,主要包括信息网络建设、数据库管理、软件部署等方面内容。本文主要就郑州供电公司电力营业厅数据、语音综合接入方案为例,以目前电力通信传输网络为依托,讨论通过多种接入技术为电力营销网点和电力营销管理部门实现多种业务数据的综合接入方式。     

科学构建高性能的电力营销综合接入网络

电力营销系统信息化建设是国家电网公司"SG186工程"构筑"纵向贯通、横向集成"的一体化平台的建设业务应用之一,其内容涵盖了国家电网公司系统的所有业务工作。其中电力营销系统作为建设业务应用之一,主要包括信息网络建设、数据库管理、软件部署等方面内容。本文主要就安阳供电公司电力营业厅数据、语音综合接入方案为例,以目前电力通信传输网络为依托,讨论通过多种接入技术为电力营销网点和电力营销管理部门实现多种业务数据的综合接入方式。     

数据

【69个】全国69个城市通过"金保工程示范城市建设"验收近日,劳动和社会保障部公布,全国69个城市通过了"金保工程示范城市建设"验收,获得了"金保工程建设示范单位"称号。"金保工程"于2005年在全国确定了102个金保工程建设示范城     

二氧化碳气保焊网络监控系统设计

以单片机为控制核心,TCP/IP协议为主要通讯协议设计二氧化碳气保焊网络监控系统,并通过实验证明,将TCP/IP协议应用于二氧化碳气保焊的网络监控系统,能够实现数据的可靠传输。     

一种基于IP的超微蜂窝系统传输控制协议

提出一种基于IP的超微蜂窝系统中BSSMAP(BSS Mobile Application Part)信令和话音的传输控制协议———BSTP(BSSMAP Simplified Transport Protocol).采用基于BSTP的传输系统,可以实现在无路由、交换式IP网络上简便、高效地传输话音业务.相对于传统SS7系统的SC-CP(Signaling Connection Control Part)和IP电话系统的RTP(Real-time Transport Protocol),BSTP协议更易于实现,并可在保证性能的前提下极大地降低系统成本.仿真分析和实际系统的话音业务试验结果均表明,BSTP协议及其传输架构是有效可行的.     

财政国库集中收付电子计算机管理系统的设计与实现

依托现有的柳州财政"金财工程"网络为硬件环境,运用JSP技术、JAVA语言,SQL2000数据库开发平台技术和"CA"数字认证技术,采用B/S体系结构,设计财政国库集中收付电子计算机管理系统.该系统由系统管理、票据管理、单位管理、预算管理、国库支付、批量支付、额度恢复、财政端额度管理、指标年结、表格上传、数据监控、费用计算、支付业务、代理清算、代理行额度管理等20多个子系统共100多个功能模块组成,能够实现财政资金收付管理应用为一体,能够满足"以国库单一账户体系"为基础的财政国库集中收付业务的电子化管理,是操作方便,实用和易用,适合各地区市、县财政部门使用的财政国库管理软件.     

基于卫星调制器路由功能实现的视频系统

随着卫星通信技术的迅猛发展,卫星通信业务已经由话音向网络和宽带视频通信方向发展,因此基于网络及IP协议的卫星宽带视频传输系统得到了广泛应用.本文基于一种被广泛使用的卫星调制器的IP路由功能实现了一种双向进行IP访问的视频传输系统,解决了只能双方访问对端路由器以后设备的弊端,用户可以在整个系统中进行远程配置和监测任何终端.     

Features of Women's language

Language is a means of verbal communication. People use language to communicate with each other. In the society, no two speakers are exactly alike in the way of speaking. Some differences are due to age, gender, statue and personality. Above all, gender is one of the obvious reasons. The writer of this paper tries to describe the features of women＇s language from these perspectives： pronunciation, intonation, diction, subjects, grammar and discourse. From the discussion of the features of women＇s language, more attention should be paid to language use in social context. What＇s more, the linguistic phenomena in a speaking community can be understood more thoroughly.     

Jane Eyre——A Feminist In The 19th Century

In the 19th century the society was controlled by men, and women were just appendants of them, they had not any rights and freedom. But Jane was an exception, she showed some characteristics of early feminist. Jane showed her characteristics of feminism in three aspects: rebellion, equality, and independence. These characteristics were helpful to her success, and feminism is the only way out for women of that time.     

Editorial note for the special topic on ＂Nanopore Analysis＂

The concept of nanopore analysis, using the pore-forming protein a-hemolysin to detect individual nucleic acids at a single-molecule level, was first proposed in 1996. Over the past two decades, tremendous progress has been made in the nanopore field, and nanopore analysis has become a label-free and high-throughput method for probing bio- molecules and other analytes with single-molecule sensi- tivity, especially holds the promising for ＂third generation＂ DNA sequencing. However, challenges still remain in the experimental strategies and the design of whole nanopore-based instruments. Here, we proudly present a special topic dedicated to the topic of ＂Nanopore Analysis＂, with 8 reviews/articles providing up to date coverage of the experimental strategies, theoretical calcu- lations and simulations, and instrument design. Reviews and articles on the experimental strategies cover control of DNA partitioning into a nanopore, detection of target DNA, and the advantages of nanopore-based DNA sequencing. The theoretical calculations and simulations discuss the translocation behavior of DNA, and an inte- grated measurement system and data analysis software are presented for instrument design.     

Effects of climate change on biodiversity

1 Rise of studies on climate change＇s effects on biodiversity
Until the 1980s, climate change and biodiversity were studied as two independent disciplines for more than a century. In 1992, the Ecological Society of America＇s annual report named climate change, biodiversity, and the sustainable ecological system as the three major global environmental issues of the twenty-first century [1].     

Discussing the Expansive Learning in Modern Organizations

<正>1 Introduction Endeavours on learning methods have long occupied the mind spaces of scholars and there have been theories abound on how people learn and in what way organisations can use some of the knowledge gained in the art of learning to maximise human productivity.While the theories by themselves are not solutions to problems,they are steps of inquiry that provide us with interesting perspectives that we can use to extend our knowledge of the dimensions of learning.This paper is an exploratory work on the theories postulated by three notable scholars including Zimmerman     

Progress in Linear Scaling Non-Orthogonal Localized Molecular Orbitals Method

The non-orthogonal localized molecular orbital(NOLMO)is the most localized representation of electronic degrees of freedom.As such,NOLMOs are thus potentially the most efficient for linear scaling calculations of electronic structures for large systems.However,direct ab initio calculations with NOLMO have not been fully implemented and widely used,partly because of the slow convergence issue in the optimization of NOLMO.We devel-     

An Accurate and Universal HEOM Approach to Strongly Correlated Quantum Impurity Systems

A hierarchical equations of motion(HEOM)approach is developed for general open quantum systems coupled to fermionic environment.The HEOM method is in principle formally exact,as it resolves nonperturbatively the combined effects of many-body interaction,system-bath dissipation,and non-Markovian memory.In practice,the HEOM approach is highly accurate and efficient for the characterization of strongly correlated quantum impurity sys-     

关于有理混合吸引子的Ciric型非唯一不动点定理

本文我们应用有理混合吸引子条件去证明具非唯一不动点的映射Ciric型的若干不动点定理.结果推广并改进已知的一些结果.     

次线性算子交换子在变指数Herz-Morrey空间上的有界性

本文主要利用给出的次线性算子分别与BMO函数及Lipschitz函数生成的交换子在变指数L~(p(·))(R~n)空间上的有界性,证明了其在变指数Herz-Morrey空间MK_(q,p(·))~α~((·)),λ(R~n)上的有界性.     

利用GPS双频观测值实现PPP电离层延迟高阶项改正

给出了利用双频观测值计算L3组合电离层延迟高阶项改正的方法,并与全球电离层延迟文件的改正效果进行对比.利用赤道附近的15个国际全球卫星导航定位系统服务组织(IGS)站的数据进行比较,结果表明:2种方法计算的电离层二阶项延迟互差最大不超过1 cm,三阶项延迟互差最大不超过5 mm;电离层高阶项改正后的观测值精密单点定位(PPP)解算结果N、E、U方向互差平均值分别为0.4、0.5、1.0mm,因此2种改正方法效果在同一水平.