IEEE JSAC Special issue on Delay and Disruption Tolerant Wireless Communication

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IEEE Journal on Selected Areas in Communications

DELAY AND DISRUPTION TOLERANT WIRELESS COMMUNICATION

Modern computer communication has been developed for providing conti-
nuous end-to-end connectivity. There are, however, communication services
that are tolerant to disruptions and delay and do not require or cannot
be given continuous connectivity. It is time to consider the unconnected
network.

This issue is dedicated to communication over wireless networks with inter-
mittent connectivity due to planned or unexpected disruptions that may
result in long delays for the communicating parties. Communication dis-
ruptions occur both in infrastructure and ad-hoc wireless networks. In
both cases, it is possible that mobile nodes cooperatively forward data
for one another through their own movements. The mobility patterns of nodes
affect thereby both the speed and reliability of data forwarding. Inter-
mittent communication occurs also in sensor networks due to, e.g., energy-
saving sleep cycles, and in deep-space communication and meteor-burst
communication. The communication services that may use such intermittent
and high-delay connections are characterized by a low degree of inter-
activity, e.g., broadcasting, messaging, and data collection. Opportunistic
strategies for caching and communicating may improve the performance in
terms of reduced delay and improved probability of delivery.

This issue of J-SAC is dedicated to technologies, systems designs and
analyses that contribute to the development and understanding of delay
and disruption tolerant wireless communication systems.

Original contributions, previously unpublished and not currently under
review, are solicited in relevant areas including (but not limited to)
the following.

* Data encoding for partial and unordered delivery
* User studies of delay and disruption tolerances
* Opportunistic caching and pre-fetching for concealment of service
disruptions
* Mobility measurements, modeling and performance analysis
* Uni-, any-, and multicast routing protocols
* Congestion, flow and error control; per-hop and multi-hop solutions
* Security, privacy, authenticity and traceability of communication
* Energy saving strategies and power management
* Applications to personal communication, sensor networks, road-traffic
systems and industrial communication

Prospective authors should follow the IEEE J-SAC manuscript format
described in the Information for Authors under http://www.jsac.ucsd.edu/.
All papers should be submitted through CRP in PDF format at
http://www.dtnrg.org/jsac07, according to the following timetable:

Submission deadline: June 1, 2007
Acceptance Notification: November 1, 2007
Final Manuscript due: January 10, 2008
Publication: 2nd quarter 2008

Guest editors:

Kevin Almeroth Kevin Fall Gunnar Karlsson
Dep. of Computer Science 2150 Shattuck Avenue School of Electrical Eng.
University of California Intel Research KTH, Royal Ins. of Tech.
Santa Barbara, CA, USA Berkeley, CA, USA Stockholm, Sweden
almeroth@cs.ucsb.edu kfall@intel.com gk@ee.kth.se

Martin May Roy Yates
TIK WINLAB
ETH Zurich Rutgers University
Zurich, Switzerland Piscataway, NJ, USA
maym@tik.ee.ethz.ch ryates@winlab.rutgers.edu

--
KTH EE/LCN - 100 44 Stockholm - Sweden
Tel +4687904257 - Skype gk-at-kth
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