资源共享

The main function of the performance of the computer network resource sharing in hardware, software, resource sharing and information exchange among users in three areas.

计算机网络的功能主要表现在硬件资源共享、软件资源共享和用户间信息交换三个方面。

At last, pointing out the future development trend of enterprise"s information integration is knowledge integration.3. On the basis of the enterprise information resource-sharing platform,probing into the integrating and sharing and realizing of enterprise" s external information resources from the angle of the supplying chain.

基于所构建的企业信息资源共享平台，从产品信息集成和经营管理信息集成两个角度探讨企业内部信息资源的集成共享及其实现，并指出企业信息集成的未来发展趋势是知识集成。

Ultimately, it can share resource and cooperation in virtual network. In human life, people could use computer or smart data device communication with each other in anytime and anywhere facilely. This is a complicated, heterogeneous and distributed system. This thesis is written under such a background.

Internet技术的不断发展，使得人们对于家庭网络的需求不仅仅表现在家庭设备硬件的连通，而且实现互联网上所有资源的全面联通，包括计算资源、存储资源、通信资源、软件资源、信息资源、知识资源等等，最终实现网络虚拟环境上的资源共享和协同工作，消除信息孤岛和资源孤岛。

On the other hand, with the development of reform aiming at building market economy regime, game theory is applied more practically in the construction of economy. Research of share of e-government information using game theory is very theoretic and realistic.

在各国电子政务信息化系统建设中，高效的电子政务信息资源共享往往成为整个信息化建设的重点和难点；另一方面随着我国建立以市场经济体制为目标的改革的不断深入，日臻完善的博弈论理论在我国经济建设中的适用性越来越强，运用博弈论研究电子政务信息资源共享具有较强的理论价值和现实意义。

And it is tried to seek some methods in improving information resource utilization rate by building up interscholastic cloud computing networks.

文章在介绍云计算概念、特点及最新发展的基础上，以我国高校信息资源共享为例，探讨了云计算技术与方法为改善高校信息资源共享能力带来的变革，并试图探寻建设起校际间云计算网络提高信息资源利用率的方式。

This article introduces the concept, characteristics and recent development of cloud computing, then take university resource sharing in our country for example, and discuss the revolution in the university information resource sharing, which is brought by the technology and methods of cloud computing. And it is tried to seek some methods in improving information resource utilization rate by building up interscholastic cloud computing networks.

文章在介绍云计算概念、特点及最新发展的基础上，以我国高校信息资源共享为例，探讨了云计算技术与方法为改善高校信息资源共享能力带来的变革，并试图探寻建设起校际间云计算网络提高信息资源利用率的方式。

To carry out the intensity preliminary analysis of educational space resources sharing with regard to these three types, getting the result that the intensity of educational space resources sharing if from concentration's type、scatteration's type to quadrangle's type.

由於北高两市相邻之国民中小学现况均有学者研究调查，独缺代表中部之都会区台中市现况，本研究将补足此一领域之缺角，将台中市相邻国民中小之现况作一完整调查；将针对台湾都会区现有之相邻国民中小学之校园规划配置，归纳统整出现有相邻国民中小学校园规划型态，大致上可分为集中型、散落型及合院型等三种型态，对於这三种型态进行教育空间资源共享强度初步分析，结果为教育空间资源共享强度由强至弱顺序为集中型、合院型、散落型；另本研究透过台北、台中、高雄所有相邻学校校园规划平面图统整分析出重复得教育空间资源大多集中於运动场、操场、活动中心、多用途体育场、教材园区等户外教育空间。

Through neighboring schools' disposition chart of Taiwan metropolis, generalizing planning condition and educational space resources sharing intensity of neighboring schools. The result shows that the intensity is from concentration's type、scatteration's type to quadrangle's type.

透过台湾都会区相邻国民中小学校园规划配置图，归纳分析出相邻国民中小学校园规划型态及教育空间资源共享强度，分析结果显示教育空间资源共享强度依强至弱依序为集中型、合院型、散落型。

Though it is efficient to carry out sharing resource on network,shared resource and information security are conflict.

计算机网络能有效地实现资源共享，但资源共享和信息安全是一对矛盾体。

First, based on analyzing the function model of the NC machine tool sharing system, a 4-layer architecture for net is proposed and constructed; Second, the function-oriented model of information flow for multi-agent, which is employed to implement the interactions between the 4-layer architecture, is constructed; Third, the station function for agent is defined, based on which the negotiation mechanism is built.

首先，在分析功能模型的基础上，提出并实现了资源共享的四层网络拓扑结构；其次，构造了面向设备资源共享功能的智能体信息流模型，以实现四层结构之间的交互；其三，定义了智能状态函数，并以此为依据，建立了智能体协商机制。

If you are unfortunate enough to the lovelorn, please tell me, I will help you out, really, please contact me!

如果你不幸失恋了，请告诉我，我会帮助你摆脱困境，真的，请联系我啦！

China's plan to cut energy intensity by 20 percent and pollutant discharges by 10 percent between 2006 and 2010 is a case in point.

中国计划在2006年到2010间降低20%的能源强度和减少10%的主要污染物排放，就是一个这样的例子。