Titlebook: Distributed Computing for Emerging Smart Networks; First International Imen Jemili,Mohamed Mosbah Conference proceedings 2020 Springer Nat

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Peter Saundry,Benjamin L. Ruddell secondary system throughput loss due to the quantization. Via theoretical analysis and Matlab simulations, we demonstrate that our proposed algorithm attains maximum sum rate and outperforms others schemes proposed in the literature.

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acrimony

A Systematic Literature Review of Studies on Road Congestion Modellingwe have elaborated a systematic literature review study on the magnitudes of congestion that will attempt to answer this problem by presenting successively the causes of traffic congestion, the economic, societal and environmental issues, the solutions proposed to reduce road congestion and finally

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A Comparative Study of Vehicle Detection Methods in a Video Sequencen and traffic analysis. However, numerous attributes like shape, intensity, size, pose, illumination, shadows, occlusion, velocity of vehicles and environmental conditions, provide different challenges for the detection step. With an appropriate vehicle detection technique, we are able to extract va

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Energy Efficient Handshake Algorithm for Wireless Sensor Networkstion is an important performance measure for a WSN that spurs the development of energy-efficient distributed algorithms for WSNs. In this field, we focus on a specific type of distributed algorithms called handshake. A handshake algorithm allows making two sensors communicate safely by ensuring tha

ARENA

obligation

On a New Quantization Algorithm for Secondary User Scheduling in 5G Networkminimize the interference induced to the primary users. In this paper, we consider the cognitive radio context and we investigate the problem of SINR (signal to interference plus noise ratio) quantization in secondary network. Based on OB, we propose a suitable quantization scheme that minimizes the

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