Titlebook: Data Privacy Management and Autonomous Spontaneus Security; 6th International Wo Joaquin Garcia-Alfaro,Guillermo Navarro-Arribas,Sa Confere

Flustered

Qilian Liang,Wei Wang,Chenglin Zhaoations. This short paper relates the content of the invited talk given by Gildas Avoine on the privacy challenges in RFID. It explains why privacy is an important matter but it also investigates whether the current researches appropriately answer to the real problem.

吞噬

Ying Tan,Zongjie Cao,Jilan Feng,Zongyong Cuiovernment agencies has become a common application. Locating the same real world entities within this information however is not trivial at all due to insufficient identifying information, misspellings, etc. The problem becomes even more complicated when privacy considerations arise. This introducti

Ganglion-Cyst

https://doi.org/10.1007/978-1-4614-5803-6vity and competitiveness is constantly growing, especially by effect of the globalization and outsourcing of industrial activities. This trend introduces new complexities in the value supply chain, not last the need for secure and private data sharing among the collaborating parties. A Data Sharing

敬礼

Lecture Notes in Electrical Engineering prompt serious privacy concerns. In this work, we propose an architecture that protects user privacy in such collaborative-filtering systems, in which users are profiled on the basis of their ratings. Our approach capitalizes on the combination of two perturbative techniques, namely the forgery and

去世

Qilian Liang,Jiasong Mu,Baoju Zhangssic 0-1 knapsack problem. In our scenarios, we assume the existence of a scoring function that evaluates the confidence in the personal online profile or authenticity of an individual based on a subset of acquired credentials and facts about an individual and show how the specific properties of tha

MAPLE

哄骗

https://doi.org/10.1007/978-981-10-3229-5 systems. In this paper, we consider the security of a recently proposed mutual authentication protocol by Wei . which is a hash based protocol. We present efficient tag impersonation attack, two desynchronization attacks, reader impersonation attack and traceability attack against this protocol. Th

Obsequious

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