Titlebook: Wired/Wireless Internet Communications; 12th International C Abdelhamid Mellouk,Scott Fowler,Boubaker Daachi Conference proceedings 2014 Sp

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Cooperative Localization Algorithm Based on Reference Selection of Selective Weighting ILS Techniquenificant impact on localization accuracy. Recently, a LS selective and weighting approach was proposed in the non cooperative frame for localization in NLOS environments. In this paper, we rather consider the cooperative scenario and we optimize the reference node choice. By analyzing the objective

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Q-POINT: QoE-Driven Path Optimization Model for Multimedia Services audio service calls for low-latency communication, video streams should be routed over network paths with sufficient capacity. However, in current networks flows towards the same destination follow the same path, which may lead to a suboptimal resource utilization that effectively penalizes end-use

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Analyzing Impacts of Coexistence between M2M and H2H Communication on 3GPP LTE System network. By contrast to previous studies which primarily focused on M2M overload protection and respective control mechanisms, this work concentrates on system operation when M2M and H2H data flows coexist in the network. In particular, we propose an integrated simulation-analytical framework to ev

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Agent-Based Content Retrieval for Opportunistic Content-Centric Networksretrieve the content on their behalf. The approach has been implemented in CCNx, the open source CCN framework, and evaluated on Android smart phones. Evaluations have shown that the overhead of agent delegation is only noticeable for very small content. For content larger than 4MB, agent-based cont

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A Solution for the Naming Problem for Name-Centric Services step name-centric service architecture enables the flexible placement and distribution of services in the network especially in a heterogeneous environment of wired and wireless (sensor) networks. However, the problem of structuring and creating hierarchies for names in name-centric networks is not

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Predicting Queueing Delays in Delay Tolerant Networks with Application in Space. We examine a generic scenario and propose a sampling procedure that extracts measurements of queueing rates and queue lengths. Sampling queueing information is transmitted to network nodes, which then form time series and can be used to forecast future queueing rates. Through simulations we show t

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