Abstract—In this research, we first investigate the cross-layer interaction between TCP and routing protocols in the IEEE 802.11 ad hoc network. On-demand ad hoc routing protocols respond to network events such as channel noise, mobility, and congestion in the same manner, which, in association

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. This article presents a cross-layered approach for networking in wireless sensor networks. WSNs differ greatly from traditional ad hoc wireless networks and therefore require the use of new types of network protocols that are energy-efficient to ensure a node lifetime of several years on a single battery

cross-layer approach to obtain low-cost reliability at the minimal degradation of QoS. In particular, we propose a cooperative approach to combat soft errors at data caches by using dual schemes – a Drop and Forward Recovery and an errorresilient video encoding – driven by intelligent middleware schemes

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Protocol layering technique employed in TCP/IP reference model limits interaction among the layers. Any alteration of a network element as a response to a network condition is made and used inside of its limited scope. Benefits of any protocol enhancement are not resulted in a significant overall

in order to support information transfer. In this text we will present abstract models that capture the cross-layer interaction from the physical to transport layer in wireless network architectures including cellular, ad-hoc and sensor networks as well as hybrid wireless-wireline. The model allows

proposals. These proposals involve different layers of the protocol stack, and address both cellular and ad hoc networks. There has also been work relating to the implementation of cross-layer interactions. It is high time that these various individual efforts be put into perspective and a more holistic

Abstract — The emergence of overlay network applications that rely on application-level decisions for many aspects of their operations (e.g. routing, content replication, etc) creates cross-layer interaction issues with ISP network operations. Indeed, the independent optimisation of a diverse set

that such interplay has been underestimated from a security point-of-view and a systematic analysis of the Android interplay has not been carried out yet. To this aim, in this paper we provide a simple model of the Android cross-layer interac-tions based on the concept of flow, as a basis for analyzing the Android