Titlebook: Urban Disaster Resilience and Security; Addressing Risks in Alexander Fekete,Frank Fiedrich Book 2018 Springer International Publishing AG

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h future research directions. Professionals and researchers will find the analysis and new privacy schemes outlined in this brief a valuable addition to the literature on VANET management.978-3-319-01350-3978-3-319-01351-0Series ISSN 2191-5768 Series E-ISSN 2191-5776

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Alexander Fekete,Frank Fiedrichor the security analysis by optimal key selection in LWSA technique; here Adaptive Particle Swarm Optimization (APSO) is used. Moreover, this methodology is applying full encryption to image transmission over WSNs by offloading the computational outstanding task at hand of sensors to a server. The p

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encrypting information (cryptography) or hiding it (steganography), [1]. In this case, we are looking for formulas allowing information (sometimes also confidential) to be split in a way that makes its retrieval possible only for authorised persons. Information undergoing this procedure may be secr

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Ebru A. Gencer,Wesley Rhodesntext. To combat such attacks, we propose the concept of a silent period. A silent period is defined as a transition period between the use of new and old pseudonyms, when a node is not allowed to disclose either the old or the new address. This makes it more difficult to associate two separately re

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Hanna Christine Schmitt,Stefan Greivingcessible if only a single manager tries to open it. Similarly, consider a scenario where the passcode of a country’s nuclear missile is shared among the top three entities of the country, say the president, vice-president and the prime-minister in such a way that the missile can be launched only whe

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Annegret H. Thieken a sensor cloud makes it easier to deploy applications over multiple WSNs, it introduces new security challenges due to user-centric on-demand services. In this introductory chapter, we will discuss the security challenges that need to be tackled in order to build a secure sensor cloud infrastructur

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Marcus Wiens,Frank Schätter,Christopher W. Zobel,Frank Schultmannsponding to FPGA designs is protected (i.e., cannot be easily counterfeited)? Such questions have been the target of a large number of papers in the literature, including several surveys, example [., ., .]. In this chapter, we take another look at them and review a number of important recent results

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nd those that exploit the emerging PUF primitive, are detailed and illustrated. The shared target of these schemes is to realize a secure pay-per-use licensing model where the system developer is proportionally charged for the use of the IP core. Along with the discussion of the schemes, some notewo

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