Pau Arce

Pau Arce

Associate Professor
Pau Arce Vila received his Telecommunications Engineering degree in 2005, his M.S. in Communication Technologies, Systems and Networks in 2008, and his PhD in Telecommunications in 2014, all from the Universitat Politècnica de València (UPV), Spain. He is a Profesor Permanente Laboral in the Communications Department at UPV and a researcher at the Institute of Telecommunications and Multimedia Applications (iTEAM) since 2005. His research interests include multimedia QoS, adaptive video streaming (DASH), quality of experience, routing in wireless ad hoc networks, and performance evaluation of multimedia systems.
Simulation and Testbed Evaluation for Optimizing Energy Consumption in Ad Hoc Networks based on OLSR Protocol featured image

Simulation and Testbed Evaluation for Optimizing Energy Consumption in Ad Hoc Networks based on OLSR Protocol

This paper presents a proposal to optimize energy consumption in ad hoc networks based on the OLSR protocol. This approach focuses on the set up of routes with less congestion …

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Santiago González
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Performance Evaluation of Scalable Video Streaming in Mobile Ad hoc Networks featured image

Performance Evaluation of Scalable Video Streaming in Mobile Ad hoc Networks

The development of video streaming services on wireless ad hoc networks is a challenge task as a consequence of different limitations such as bandwidth-constrained, variable …

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Wilder Castellanos
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SVCEval-RA: an evaluation framework for adaptive scalable video streaming featured image

SVCEval-RA: an evaluation framework for adaptive scalable video streaming

Multimedia content adaption strategies are becoming increasingly important for effective video streaming over the actual heterogeneous networks. Thus, evaluation frameworks for …

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Wilder Castellanos
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Mechanisms for Improving the Scalable Video Streaming in Mobile Ad Hoc Networks featured image

Mechanisms for Improving the Scalable Video Streaming in Mobile Ad Hoc Networks

This paper presents a performance evaluation of the scalable video streaming over mobile ad hoc networks. In particular, we focus on the rate-adaptive method for streaming scalable …

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Wilder Castellanos
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Buffering Technique for Optimizing Energy Consumption in the Transmission of Multimedia Traffic in Ad-Hoc Networks featured image

Buffering Technique for Optimizing Energy Consumption in the Transmission of Multimedia Traffic in Ad-Hoc Networks

Energy constraints on wireless nodes represent a current field of research. Such restrictions are particularly significant because of the great amount of features and applications …

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Santiago González
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An altruistic cross‐layer recovering mechanism for ad hoc wireless networks featured image

An altruistic cross‐layer recovering mechanism for ad hoc wireless networks

Video streaming services have restrictive delay and bandwidth constraints. Ad hoc networks represent a hostile environment for this kind of real‐time data transmission. Emerging …

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Pau Arce
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Hybrid FLUTE/DASH video delivery over mobile wireless networks featured image

Hybrid FLUTE/DASH video delivery over mobile wireless networks

A hybrid FLUTE/DASH architecture for mobile video streaming over broadcast wireless networks, combining multicast file delivery with adaptive HTTP streaming and AL-FEC error …

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Román Belda
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Altruistic Networks: Where Every Node Matters

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Pau Arce
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Social Aware TV Content Delivery Over Intelligent Networks featured image

Social Aware TV Content Delivery Over Intelligent Networks

A social-aware IPTV system that integrates social media data with content delivery to provide personalised TV recommendations and optimised streaming over intelligent networks.

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Francisco Fraile
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