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ESR14 | SCAVENGE

http://www.scavenge.eu/index.php/job-positions/esr14

Sustainable Cellular Networks Harvesting Ambient Energy. Energy efficient scheduling algorithms for ultra dense 5G mobile networks. Huawei Technologies Oy (Finland ) Ltd. Developing functionalities, procedures and algorithms improving the energy efficiency in 5G system. Studying energy consumption models for 5G user node and access node. Implementation of energy consumption models for the 5G system simulator (user node and/or access node). Close co-operation with 5G team in the area of 5G specification.

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ESR06 | SCAVENGE

http://www.scavenge.eu/index.php/job-positions/esr06

Sustainable Cellular Networks Harvesting Ambient Energy. Joint design of transmission / energy management for energy trading with the electricity-grid. Understand the role of EH mobile networks into future electricity grids and the economic benefits for the mobile network operator. Define an optimisation framework including micro-economic models, dynamics for the micro-grid and operation of the communication system. Requirements of the candidate:. Knowledge on mobile networks, sensor networks, big data.

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ESR07 | SCAVENGE

http://www.scavenge.eu/index.php/job-positions/esr07

Sustainable Cellular Networks Harvesting Ambient Energy. Distributed sensing from energy harvesting mobile devices. We will study social and distributed sensing strategies from EH mobile devices, to orchestrate when and where to sample, i.e., which mobile devices should report their readings. Also, we will study dedicated compression algorithms for complex spatio-temporal signals to allow their accurate reconstruction through the collection of a minimal amount of information. Once selected by the SCAVENG...

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Training | SCAVENGE

http://www.scavenge.eu/index.php/training

Sustainable Cellular Networks Harvesting Ambient Energy. More info can be found next. November 21st – 25th, 2016 – CTTC, Castelldefels, Spain). 5G cellular networks and Internet of Things. March 27th – 30th, 2017 – Imperial College, London, UK). Energy Generation and Storage: the case of Energy Harvesting in Mobile Networks. May 29th – June 2nd, 2017 – University of Strathclyde, Glasgow, UK). New scenarios for 5G Mobile Networks: Smart City, Smart Grid, Public Protection and Disaster Relief.

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ESR05 | SCAVENGE

http://www.scavenge.eu/index.php/job-positions/esr05

Sustainable Cellular Networks Harvesting Ambient Energy. Network resource allocation policies with energy transfer capabilities. Dr Paolo Dini and Marco Miozzo. Build theory-to-practice understanding of energy routing systems and of the associated performance trade-offs. Design of joint traffic/energy allocation policies for environmentally powered networks with energy transfer capabilities taking into account complexity constraints, energy storage capability and partial system-state knowledge at the...

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ESR03 | SCAVENGE

http://www.scavenge.eu/index.php/job-positions/esr3

Sustainable Cellular Networks Harvesting Ambient Energy. Data analytics for mobile network usage patterns in 5G networks powered by energy harvesting. Dr Lorenza Giupponi and Dr. Paolo Dini. The candidate will be mainly hosted at CTTC. After 16 months, the candidate will join the University of Maryland (US) for 5 months to work under the supervision of prof. Sennur Ulukus to study theoretical models of EH mobile networks and optimization techniques. Requirements of the candidate:. Once selected by the SC...

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ESR13 | SCAVENGE

http://www.scavenge.eu/index.php/job-positions/esr13

Sustainable Cellular Networks Harvesting Ambient Energy. Machine type traffic scheduling with carrier aggregation for sustainable 5G dense small cell networks. Definition of implementable and self-organised scheduling algorithms, which satisfy throughput/latency requirements of IoT applications, while meeting the energy constraints of the small cell network. Requirements of the candidate:. A Master degree in Telecommunications, Computer Science or equivalent. Knowledge on energy systems and management.

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People | SCAVENGE

http://www.scavenge.eu/index.php/people

Sustainable Cellular Networks Harvesting Ambient Energy. I'm Elvina Gindullina. I was born in Russia in 1991. I received my master’s degree in applied mathematics and computer science from Ufa State Aviation Technical University in 2015, which also worked as a programmer there. Currently I am persuing a PhD degree at University of Padua (Italy) in the department of Information Engineering, where I focus on development of battery management system for energy harvesting devices. This project has received f...

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ESR02 | SCAVENGE

http://www.scavenge.eu/index.php/job-positions/esr02

Sustainable Cellular Networks Harvesting Ambient Energy. Network survival with energy harvesting: secure cooperation and device assisted networking. Mobile devices have weaker energy constraints than those of energy harvesting BSs. This motivates the deployment of device assisted features that are controlled by the infrastructure (BSs). Among these, direct communication between devices (D2D) and devices aided backhauling raise significant interest. This project will study cooperation schemes ...Ability a...

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ESR04 | SCAVENGE

http://www.scavenge.eu/index.php/job-positions/esr04

Sustainable Cellular Networks Harvesting Ambient Energy. Traffic management for mobile networks with harvested ambient energy. Dr Paolo Dini and Dr. Jose Nuñez. Understand the impact of the energy harvesters and storage systems in traffic management methods. Define self-organising and implementable load balancing methods. The candidate will be mainly hosted at CTTC. Requirements of the candidate:. A Master degree in Telecommunications, Computer Science or equivalent. Knowledge on SDN/NFV is an advantage.