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首页> 外文期刊>International journal of computer science and network security >Load Experiment by 100 Clients for the Cloud Type Virtual Policy Based Network Management Scheme for the Common Use between Plural Organizations
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Load Experiment by 100 Clients for the Cloud Type Virtual Policy Based Network Management Scheme for the Common Use between Plural Organizations

机译:由100个客户端进行的负载试验,用于基于云类型虚拟策略的网络管理方案,供多个组织之间共同使用

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摘要

In the current Internet system, there are many problems using anonymity of the network communication such as personal information leaks and crimes using the Internet system. This is why TCP/IP protocol used in Internet system does not have the user identification information on the communication data, and it is difficult to supervise the user performing the above acts immediately. As a study for solving the above problem, there is the study of Policy Based Network Management (PBNM). This is the scheme for managing a whole Local Area Network (LAN) through communication control for every user. In this PBNM, two types of schemes exist. The first is the scheme for managing the whole LAN by locating the communication control mechanisms on the path between network servers and clients. The second is the scheme of managing the whole LAN by locating the communication control mechanisms on clients. As the second scheme, we have studied theoretically about the Destination Addressing Control System (DACS) Scheme. By applying this DACS Scheme to Internet system management, we will realize the policy-based Internet system management. In this paper, as the progression phase for the last goal, we perform the load experiment of the cloud type virtual PBNM, which can be used by plural organizations.
机译:在当前的因特网系统中,使用网络通信的匿名性存在许多问题,例如使用因特网系统的个人信息泄露和犯罪。这就是为什么在因特网系统中使用的TCP / IP协议在通信数据上没有用户识别信息的原因,并且难以监督用户立即执行上述动作。作为解决上述问题的研究,有基于策略的网络管理(PBNM)的研究。这是用于通过每个用户的通信控制来管理整个局域网(LAN)的方案。在该PBNM中,存在两种类型的方案。首先是通过在网络服务器和客户端之间的路径上放置通信控制机制来管理整个LAN的方案。第二个方案是通过在客户端上定位通信控制机制来管理整个LAN。作为第二种方案,我们在理论上研究了目标地址控制系统(DACS)方案。通过将此DACS方案应用于Internet系统管理,我们将实现基于策略的Internet系统管理。在本文中,作为最后一个目标的进展阶段,我们进行了云型虚拟PBNM的负载实验,该实验可被多个组织使用。

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