Titlebook: Data Privacy Management, and Security Assurance; 10th International W Joaquin Garcia-Alfaro,Guillermo Navarro-Arribas,Ne Conference proceed

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Quantitative Analysis of Network Security with Abstract Argumentationrmation can be in conflict). In particular, we apply Abstract Argumentation to support the administration of security in computer networks. Our approach captures the high-level topology of a system and helps to specify which and where security countermeasures are more appropriate. We design a quanti

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Security-Based Adaptation of Multi-cloud Applicationsproviders and avoiding vendor lock-in. To enable such management, model-driven approaches promise to partially automate the provisioning process. However, such approaches tend to neglect security aspects and focus only on low-level infrastructure details or quality of service aspects. As such, our p

incisive

AdIDoS – Adaptive and Intelligent Fully-Automatic Detection of Denial-of-Service Weaknesses in Web S a huge computing power that is used to send a large amount of messages to attacked applications, e.g. web service. Web service apply parsing technologies to process incoming XML messages. This enlarges the amount of attack vectors since attackers get new possibilities to abuse specific parser featu

Arrhythmia

An Integrated Reward and Reputation Mechanism for MCS Preserving Users’ Privacy this paper we analyse three of the most important: user participation, data sensing quality and user anonymity. To solve them, we present PaySense, a general framework for user rewarding and reputation accountability that preserves users’ privacy using cryptocurrencies. Furthermore, we detailed an

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Stronger Security for Sanitizable Signaturesto remove or alter sensitive data from already signed messages without involvement of the original signer..Current state-of-the-art security definitions of .s only define a “weak” form of security. Namely, the unforgeability, accountability and transparency definitions are not strong enough to be me

OASIS

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Comprehensive and Improved Secure Biometric System Using Homomorphic Encryptionction technology, which aims to protect registered biometric data. We focus on a homomorphic encryption approach, which enables building a “cryptographically-secure” system. In DPM 2013, Yasuda et al. proposed an efficient template protection system, using the homomorphic encryption scheme proposed