Location Privacy Protection in Mobile Networks [electronic resource] /
Liu, Xinxin.author.
Li, Xiaolin.author.
This SpringerBrief analyzes the potential privacy threats in wireless and mobile network environments, and reviews some existing works. It proposes multiple privacy preserving techniques against several types of privacy threats that are targeting users in a mobile network environment. Depending on the network architecture, different approaches can be adopted. The first proposed approach considers a three-party system architecture where there is a trusted central authority that can be used to protect users’ privacy. The second approach considers a totally distributed environment where users perform privacy protection by themselves. Finally, more general system architecture is discussed including how a semi-trusted server may exist, but users need to collaborate to achieve maximized privacy protection. This brief is designed for researchers and professionals working with privacy preservation, mobile networks, and threat models. The variety of approaches presented makes it useful for students as well.
Description based upon print version of record.
Includes bibliographical references.
Introduction -- Privacy Preservation Using Multiple Mix Zones -- Privacy Preservation Using Game-Theoretic Approach -- Privacy Preservation Using Logical Coordinates -- Conclusion and Future Directions.
This SpringerBrief analyzes the potential privacy threats in wireless and mobile network environments, and reviews some existing works. It proposes multiple privacy preserving techniques against several types of privacy threats that are targeting users in a mobile network environment. Depending on the network architecture, different approaches can be adopted. The first proposed approach considers a three-party system architecture where there is a trusted central authority that can be used to protect users’ privacy. The second approach considers a totally distributed environment where users perform privacy protection by themselves. Finally, more general system architecture is discussed including how a semi-trusted server may exist, but users need to collaborate to achieve maximized privacy protection. This brief is designed for researchers and professionals working with privacy preservation, mobile networks, and threat models. The variety of approaches presented makes it useful for students as well.
Computer security.
Computer communication systems.
Data encryption (Computer science).
Electrical engineering.
Data structures (Computer science).
Systems and Data Security.
Computer Communication Networks.
Cryptology.
Communications Engineering, Networks.
Data Structures and Information Theory.