| dauriol@oslab.khu.ac.kr 2008-03-12, 8:11 am |
| The CIC2008 conference submission date has been extended until mid-
March. See http://www.cic-conf.net/ for details. A brief description
follows.
The International Conference on Communications in Computing (CIC)
focuses on the communication requirements directly induced or required
by computing
systems. An essential element of modern day distributed and high
performance computing systems is the trade-off in the amount of
computation versus
the amount of communication performed. Certain applications are
inherently communication-intensive. In others, communication steps may
be replaceable
with local computations and vice versa. At the same time, systems
resources may support large communication requirements. In other
systems, physical
or power constraints may limit the communication support. This
conference provides a venue for scholarly publication that explores
issues relating to
the combined effects of communications and computations in the context
of modern computing systems.
Following the recent broadening of the field of parallel and
distributed computing, CIC covers all current research endeavors in
this field.
Submissions are also encouraged from researchers in other areas of
computing and from related areas in physics, computer engineering or
other areas
of study whose work supports the focus of this conference.
All submissions should relate to the dual computation and
communication focus of the conference. Submissions are organized into
one of two tracks
with each track emphasizing either the computational or communication
nature of the work.
Networking and Communications Track
Communication Networks for computing
Communication Protocols for computing
mobile systems
wireless and optical networks
wireless sensor networks
Computing network management
Internet, Web-based Computing, E-commerce, and Telecommunications in
applications
Network security in distributed applications
Ubiquitous systems
Parallel and Distributed Systems Track
Communications in High Performance Computing
Parallel & Distributed Algorithms
Communications in New Computational Paradigms (e.g. optical-, nano-,
bio-computing)
Parallel, Distributed, Grid, Peer-to-Peer and Cluster-based Computing
Interconnection Networks
Computation and Communication Performance Models
Modeling and Simulation of High Performance Systems
Scalable and Interoperable Systems and Associated Standards
Software Systems (e.g. operating system support, middleware, tools)
Reliability and Fault Tolerance inEmbedded and Real Time Systems
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