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01.May_2014_IJEECS_p21576

Using One Time Digital Signature for Enhancing the User Privacy

Authors: Abrar Alkhamisi, Afnan Ba-Brahem, Omar Batarfi

Abstract:
The rapid growing of e-commerce applications in the last years with embedding the positioning services - e.g. the global positioning system (GPS) - in the mobile devices cause the spread usage of the location based services (LBS). The success of these applications depends mainly on keeping the user privacy which should be controlled via a set of rules, corporate policies and social standards. Moreover, the mobile users tend to hide any information that can help the service providers to know their locations and then use these locations to track them and learn about their interests. Lately, many technical solutions have been proposed in order to resolve this problem, but still there are some challenges. One solution for this problem, as we will discuss in this paper, is hiding the user location when requesting a location service from the LBS. This paper proposes a new protocol which is hybrid implementing between the private information retrieval (PIR) protocol and the zero knowledge proof (ZKP). This protocol aims to maintain the user privacy and protect him/her from LBS server through a digital signature that generate and verify itself by using new system digital signature generator and verifier (DSGV). This digital signature have a special designed based on the encryption using public key and then it is signed by using cryptographic hash function that can be utilized once for one service request demanding from LBS server. We used a simulator desktop application called "Nearest Location" to test this protocol. The testing of this protocol proves the success and effectively protects the users' location privacy from the service providers. Our evaluation shows that our proposed solution effectively blocks unauthorized parties from getting access to the user private information.

Keywords:

Digital Signature Generator and Verifier (DSGV), Location-Based Services (LBS), Location Privacy, Privacy

Volume 20, Issue 1, May 2014, pp. 905-910                    Download PDF



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