place in Singapore from , 18-20 October 2010. The Program of Mobility 2010
will include a number of workshop and we are currently announcing a call for
papers in workshop 3.0: Mobile P2P Networking (MP2P-Nets2010). Since you are
the experts in the field, I would like to encourage you to make a paper for
this workshop.
Workshop 3.0 Mobile P2P Networking (MP2P-Nets2010)
SYNOPSIS
P2P networking is a well established technology in current existing Internet
applications for providing a large number of data services to end users, which
is considered as a different method comparing with traditional client-server
architecture. In the traditional client-server architecture, there is a
definite boundary between the Client and Server. The Client often has
excessive capacity, while the Server has insufficient capacity or web
congestion. A user in P2P system can simultaneously play the roles of client
and server. The fundamental theory of such model operation is that all
resource consumers can become resource sharers, and any two users can share
information or exchange content without a server. With the increasing
penetration rate and expansion of wireless and mobile devices using the P2P
technologies, new challenges and applications are growing bigger and more
complex, including P2P computing, networking, services, and applications, etc.
We are interested in t
he areas, but are not limited to, the following topics. This special session
will be held in conjunction with ACM Mobility Conference 2009, an ideal
vehicle for bringing together researchers, scientists, engineers, academics
and students all around the world to share the latest updates on new mobile
technologies that would shape the next generation of mobile systems and
technology platforms.
SUBMISSION TOPICS
P2P-based Sensor Networks
Routing in P2P Networks
Service-oriented P2P Computing
Mobile P2P System
P2P Applications and Services
P2P Multimedia Networks
Security and privacy issues in P2P Networks
Time-constrained P2P System
Topology control in P2P Networks
Scheduling, resource management, queue management, and admission control
QoS adaptation, modeling and measurements
QoS for real-time voice and video in P2P Networks
Caching and content management in P2P Networks
Encoding alternatives for multimedia streams in P2P Networks
Power Management in P2P Networks
CHAIRPERSONS
Lei Shu
Nishio Lab., Department of Multimedia Engineering,
Graduate School of Information Science and Technology
Osaka University, Japan
E-mail: lei.shu@ieee.org
Chin-Feng Lai
Department of Engineering Science,
National Cheng Kung University, Taiwan
E-mail: cinfon@gmail.com
Chia-Cheng Hu
Department of Information Management,
Naval Academy, Kaohsiung City, Taiwan
E-mail: cchu@cna.edu.tw
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