首页> 外文会议>Distributed Computing Systems, 2004. FTDCS 2004. Proceedings >Autonomous decentralized community construction technology to assure quality of services
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Autonomous decentralized community construction technology to assure quality of services

机译:自主分散社区建设技术,确保服务质量

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Recent advances in wireless communication and mobile telecommunications have made mobile commerce possible. In the retail business under the evolving market, the users solicit continuously to utilize the appropriate services based on their preferences and situations. In addition, the service providers insist on seizing the current requirements of the majority of the users in the local service area in order to customize the service for the current local majority of the service area. However, these local and well-customized services cannot be realized through global information services on the Internet. In addition, under a constantly changing market the situation-aware service is one challenge facing further developments of m-commerce. The service-oriented community system (SOCS) is a proposition made to ride out this challenge. It is proposed to satisfy both users' and service providers' requirements. The community members, users and service providers, mutually cooperate to utilize/provide three-dimensional service with awareness of the user's situation (location, time and demand). We identify that the reliability of the communication among the community members is an important issue to assure the quality of the community service. Thus, the contribution of this paper is the proposition of the autonomous decentralized construction technology to assure the quality of services to the community members. The effectiveness of the proposed technology is shown through the simulation.
机译:无线通信和移动电信的最新进展使移动商务成为可能。在不断发展的市场中的零售业务中,用户根据自己的喜好和情况不断地要求使用适当的服务。另外,服务提供商坚持要抓住本地服务区域中大多数用户的当前需求,以便为当前本地服务区域中的大多数定制服务。但是,这些本地和定制好的服务无法通过Internet上的全局信息服务来实现。另外,在不断变化的市场中,情境感知服务是移动商务进一步发展所面临的挑战之一。面向服务的社区系统(SOCS)是应对这一挑战的一项命题。建议同时满足用户和服务提供商的要求。社区成员,用户和服务提供者相互合作以利用/提供三维服务,同时了解用户的状况(位置,时间和需求)。我们认为,社区成员之间通信的可靠性是确保社区服务质量的重要问题。因此,本文的贡献在于提出了自主分散式建筑技术的建议,以确保为社区成员提供服务的质量。仿真结果表明了所提出技术的有效性。

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