Opening for a PhD student position at Universitat Politècnica de València within the PLASMA project
("Service Platform for Smart Cities with Dense M2M Networks") funded by the Spanish government.
Duration: 4 years.
Application period: September, 10 – 24 , 2014.
Starting date (estimate): March 2015.
Gross annual salary (approx.): 16400 euros
("Service Platform for Smart Cities with Dense M2M Networks") funded by the Spanish government.
Duration: 4 years.
Application period: September, 10 – 24 , 2014.
Starting date (estimate): March 2015.
Gross annual salary (approx.): 16400 euros
Qualifications
Candidates are expected to hold a university degree (MSc or equivalent) in telecommunications,
electronic engineering, computer science, mathematics or a similar discipline. They are required to
register for the PhD program at our department for the 2014-15 course.
We seek candidates that either (1) have a strong background in performance modeling and quantitative
methods and an interest in networking and telecommunications, or (2) have a strong background in
networking and telecommunications and an interest in performance modeling and quantitative
methods. They will be collaborating with the research group within the PLASMA project.
Candidates are expected to hold a university degree (MSc or equivalent) in telecommunications,
electronic engineering, computer science, mathematics or a similar discipline. They are required to
register for the PhD program at our department for the 2014-15 course.
We seek candidates that either (1) have a strong background in performance modeling and quantitative
methods and an interest in networking and telecommunications, or (2) have a strong background in
networking and telecommunications and an interest in performance modeling and quantitative
methods. They will be collaborating with the research group within the PLASMA project.
Application
The PhD position is associated to the above project, so that the research group will select among the
candidates. However, the application process is carried out in the context of a wider national call
conducted by the Spanish Ministry of Economy and Competitiveness, which fixes the deadlines and the
administrative requirements. Interested applicants are advised to contact us and prepare the necessary
information and documents asap.
The PhD position is associated to the above project, so that the research group will select among the
candidates. However, the application process is carried out in the context of a wider national call
conducted by the Spanish Ministry of Economy and Competitiveness, which fixes the deadlines and the
administrative requirements. Interested applicants are advised to contact us and prepare the necessary
information and documents asap.
Contact
Vicent Pla
e-mail: vpla at upv.es
+34 963879733
ETSI de Telecomunicación (edif. 4D)
Universitat Politècnica de València
46022 Valencia, SPAIN
Vicent Pla
e-mail: vpla at upv.es
+34 963879733
ETSI de Telecomunicación (edif. 4D)
Universitat Politècnica de València
46022 Valencia, SPAIN
More info:
Call: http://bit.ly/1waoVTh
FAQ (from last year's call): http://bit.ly/1uGVwfn
Universitat Politècnica de València: http://www.upv.es
Research group: http://www.girba.upv.es/english.htm
PhD in Telecommunications: http://bit.ly/Yt35MU
Call: http://bit.ly/1waoVTh
FAQ (from last year's call): http://bit.ly/1uGVwfn
Universitat Politècnica de València: http://www.upv.es
Research group: http://www.girba.upv.es/english.htm
PhD in Telecommunications: http://bit.ly/Yt35MU
PROJECT SHORT DESCRIPTION:
PLASMA ("Service Platform for Smart Cities with Dense M2M Networks")
The PLASMA project will address the technological challenges that appear when a large number of
devices such as sensors and actuators are interconnected, in order to develop data capture
platforms and to transfer open link data, in the context of the Internet of Things (IoT) in Smart
Cities. Our aim is that our research will have the maximum possible impact in the solution of the
problem. Thus, we look for a solution based on a theoretical research activity component together
with a practical innovative activity component based in the development of a platform with real
users.
PLASMA ("Service Platform for Smart Cities with Dense M2M Networks")
The PLASMA project will address the technological challenges that appear when a large number of
devices such as sensors and actuators are interconnected, in order to develop data capture
platforms and to transfer open link data, in the context of the Internet of Things (IoT) in Smart
Cities. Our aim is that our research will have the maximum possible impact in the solution of the
problem. Thus, we look for a solution based on a theoretical research activity component together
with a practical innovative activity component based in the development of a platform with real
users.
This platform will allow us, one the one hand, to characterize the potential research challenges in
such a way that we will assure that these ones will correspond to real necessities at the same time
that the results of the project are optimized; and in the other hand, this approach will allow us to
test some of the technological and algorithmical solutions proposed in the project.
such a way that we will assure that these ones will correspond to real necessities at the same time
that the results of the project are optimized; and in the other hand, this approach will allow us to
test some of the technological and algorithmical solutions proposed in the project.
More specifically, in the project, we will address the design and optimization of mechanisms and
protocols that will allow us to solve the technological challenges that appear when it is necessary to
transfer large amounts of data with a high density of users, taking into account the following facts:
• The information transfer in an environment with a large amount of devices has to be as efficient as possible and in the case of using cellular technologies, has to impact as low as possible with other applications.
• The analysis of economic models that will allow the development of feasible value-added services based on massive sensing data.
• The search for solutions that minimize the access network impact and the communication protocols when the data captured is multimedia.
protocols that will allow us to solve the technological challenges that appear when it is necessary to
transfer large amounts of data with a high density of users, taking into account the following facts:
• The information transfer in an environment with a large amount of devices has to be as efficient as possible and in the case of using cellular technologies, has to impact as low as possible with other applications.
• The analysis of economic models that will allow the development of feasible value-added services based on massive sensing data.
• The search for solutions that minimize the access network impact and the communication protocols when the data captured is multimedia.
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Posted by: Tri Kurniawan Wijaya <trikurniawanwijaya@yahoo.com>
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