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An Approach for Location privacy in Pervasive Computing Environment

机译:普适计算环境中位置隐私的一种方法

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This paper focus on location privacy in location based services, Location privacy is a particular type of information privacy that can be defined as the ability to prevent others from learning one’s current or past location. Many systems such as GPS implicitly and automatically give its users location privacy. Once user sends his or her current location to the application server, Application server stores current locations of users in application server database. User can not delete or modify his or her location data after sending once to application server. Addressing this problem, Here in this paper, we are giving theoretical concept for protecting location privacy in pervasive computing environment. This approach based on user anonymity based location privacy. Going through the basic user anonymity based a location privacy approach that uses trusted proxy. By analysis of this approach, we propose an improvement over it using dummy-locations of users and also dummies of requested services by users from the application server. In this paper, this approach reduces the user’s overheads to extracting necessary information from reply message coming from application server. In this approach, user send a message having (current location and ID+ requested service) to the trusted proxy and trusted proxy generates dummies location related to current location and also generates temporary pseudonym corresponding to real ID of users. After Analysis of this approach we have found on problem with requested service. Addressing this problem, we improve our method by using dummies of requested service generated by trusted proxy. Trusted proxy generated Dummies (false position) by dummies location algorithms.
机译:本文重点介绍基于位置的服务中的位置隐私,位置隐私是一种特殊类型的信息隐私,可以定义为防止他人学习当前或过去位置的能力。 GPS等许多系统会隐式地自动为用户提供位置隐私。用户将其当前位置发送到应用程序服务器后,应用程序服务器会将用户的当前位置存储在应用程序服务器数据库中。向应用服务器发送一次后,用户无法删除或修改其位置数据。为了解决这个问题,在本文中,我们给出了在普适计算环境中保护位置隐私的理论概念。该方法基于基于用户匿名的位置隐私。通过使用可信任代理的基于位置隐私方法的基本用户匿名操作。通过分析此方法,我们建议使用用户的虚拟位置以及用户从应用程序服务器请求的服务的虚拟地址对其进行改进。在本文中,这种方法减少了用户从来自应用程序服务器的回复消息中提取必要信息的开销。在这种方法中,用户将具有(当前位置和ID +所请求的服务)的消息发送到受信任代理,并且受信任代理生成与当前位置有关的虚拟位置,并且还生成与用户的真实ID相对应的临时假名。对这种方法进行分析后,我们发现请求的服务存在问题。为解决此问题,我们通过使用受信任代理生成的请求服务的虚拟变量来改进我们的方法。受信任的代理通过虚拟人位置算法生成了虚拟人(错误位置)。

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