[Tccc] Open PhD position at the INRIA, Paris, France - Deadline for application 4th May 2011
Aline Carneiro Viana
aline.viana
Mon May 2 08:19:06 EDT 2011
* Subject: Information Dissemination in Social Mobile Networks*
*/Contact:/*Dr. Carneiro Viana (aline.viana at inria.fr
<mailto:aline.viana at inria.fr>)/*
PhD start period*/*:*Fall 2011 -- Fall 2014*/
PhD Location:/*INRIA Saclay -- Ile de France (Paris Region) France
/*
Deadline for applications: /_4th May_/*/
/*Keywords: /__/*/*//*social networks, mobile networks, information
dissemination, social-aware techniques, network coding, delay-tolerant
networks
/*Thesis context : */Social mobile networks are networks built
on-the-fly by wirelessly interconnecting users that carry smart-phones,
PDAs or small laptops. These networks are envisioned to ensure a
costless /exchange, deliver, or dissemination of data, services or
applications /among the mobile users, without any need for expensive
infrastructure access/[10]./ However, i/n this context, the limited
resources of hand-held devices and their dense distribution prevent the
use of pure-based flooding techniques, and require the design of more
efficient data propagation techniques. Moreover/, in social mobile
networks a complete path connecting a sender and a receiver, or, more
generally, one source to a set of target users, may never exist at a
same moment in time. Thus, data must be routed /over time/, exploiting
the physical movement of nodes and the opportunistic links they
establish with each other, through a so-called carry-and-forward
communication paradigm [1,2]. As a consequence, it becomes of the utmost
importance to be able to accurately predict contacts among mobile users,
so to be able to correctly delegate contents to those devices that will
meet the soonest the final users of the data, reducing resource
utilization and delivery delays. To that end, social relationships
become the key to an efficient routing in social mobile networks, since
they have been shown to have a major correlation with the frequency and
duration of human contacts [2,3,4]. Also, especially appealing is the
possibility of tailoring network coding for information dissemination in
social mobile networks. Recently and successfully employed to improve
routing performances in wireless networks [5,6,7,8,9], network coding
exploits some of the features of wireless networking (such as spatial
diversity, broadcast nature of the medium and data redundancy) to
improve any information dissemination process: by coding information at
intermediate relays, random linear network coding can improve the
throughput, reliability and robustness of traditional routing algorithms.
*Thesis work: *This PhD thesis aims at defining novel strategies to
improve the dissemination of different types of information (e.g.,
contents, services, applications, updates/patches) in social mobile
networks. Such original strategies will encompass both social-aware
techniques and network coding-based solutions. The proposed solutions
should be able to detect and to adapt to connectivity variations in the
network, as well as to different content distribution paradigms,
guaranteeing in all cases a reliable, scalable, and robust data
delivery. The evaluation of the proposed solutions by simulation and/or
mathematical analyses is expected.
/*Requirements:*/Candidates must have a Master of Science or equivalent
degree in Computer Science or Electrical Engineering. The ideal
candidate has a strong background on wireless communication, protocol
design, scripting, and network performance evaluation via simulation or
implementation. Knowledge of social networking, complex networks or
network coding is a plus. Candidates must be fluent in written and
spoken english.
/*Application: */Interested candidates should complete all forms
available at the "Apply Online" link of the following page:
http://en.inria.fr/institute/recruitment/offers/phd/campaign-2011/%28view%29/details.html?id=PNGFK026203F3VBQB6G68LOE1&LOV5=4509&LG=EN&Resultsperpage=20&nPostingID=5573&nPostingTargetID=10690&option=52&sort=DESC&nDepartmentID=28
At least one recommendation letter is strongly required (sent by email
to aline.viana at inria.fr).
Aline C. Viana
INRIA Research Scientist
---
INRIA Saclay -- Ile de France
Parc Club Orsay,
Universite ZAC des vignes.
4, rue Jacques Monod
91893 Orsay Cedex France
Phone: +33 (0) 1 72 92 59 98 ou
Phone: +49 30 314-24576 (TU Berlin)
Fax: +33 (0) 1 74 85 42 49
http://www.irisa.fr/asap
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