Titlebook: Wireless Network Security; Yang Xiao,Xuemin Sherman Shen,Ding-Zhu Du Book 2007 Springer-Verlag US 2007 Ad hoc networks.Bluetooth.Cellular

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Venkata Krishna Rayi,Yang Xiao,Bo Sun,Xiaojiang James Du,Fei Hu besitzt oder einsetzt. Meistens spricht man anstelle von Unternehmensmitteln von „Produktionsfaktoren“. Indes wird die Frage, was zu den Produktionsfaktoren zählt, unterschiedlich beantwortet: In der Verteilungs- und Wachstumstheorie trennt man meist nur Arbeit und Kapital als Produktionsfaktoren.

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Pre-Authentication and Authentication Models in Ad Hoc Networkssecurity framework for authentication and authenticated key exchange in ad hoc networks is introduced. The framework is applicable to general ad hoc networks and formalizes network phases, protocol stages, and design goals. To cope with the diversity of ad hoc networks, many configuration parameters

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Promoting Identity-Based Key Management in Wireless Ad Hoc Networksis an attractive form of peer communications for certain applications. Although many enabling technologies have progressed significantly in recent years, the highly-anticipated deployment of large-scale, heterogeneous wireless ad hoc networks still faces considerable technical challenges, among whic

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Secure Routing in Wireless Ad-Hoc Networksireless ad-hoc networks assume a non-adversarial and a cooperative network setting. In practice, there may be malicious nodes that may attempt to disrupt the network communication by launching attacks on the network or the routing protocol itself. In this chapter, we present several routing protocol

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Intrusion Detection in Cellular Mobile Networksdefense, Intrusion Detection Systems (IDSs) are indispensable for highly secure wireless networks. In this chapter, we first give a brief introduction to wired IDSs and wireless IDSs. Then we address the main challenges in designing IDSs for cellular mobile networks, including the topics of feature

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The Spread of Epidemics on Smartphonesrtphone, i.e., static shortcuts and mobile shortcuts, bring great challenge for traditional epidemic spread model. In this paper, we propose a novel epidemics spread model (ESS) for smartphone which is an SIR model based on the analysis of the unique features of smartphones. With this ESS model, we