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Welcome to CReWMaN, the Flagship in Academic Synergic
Research
Overall, the cutting-edge research in
CReWMaN is inter-disciplinary in nature
in that it covers various sub areas of computer science
and engineering,
and explores their inter-relations and synergy between the fields.
These sub areas include computer networks, wireless mobile
communications, algorithms and data structures, graph theory,
information theory, game theory, data compression, combinatorial and
stochastic optimization, and computational learning.
By developing innovative algorithms,
architectures and protocols and using / developing rich theoretical
frameworks, our work takes a more fundamental approach to tackling major
challenges involved in real-life problems and applications. Our research
covers a broad range of network such as core (broadband, high-speed,
optical, Internet) networks, wireless mobile networks, and sensor
networks. CReWMaN was established in 2000, and the current research also deals with computing aspects on various networking technologies, such as distributed computing, grid computing,
peer-to-peer computing, mobile and ubiquitous computing.


Our current focus is the development of models for the key processes involved
in cell. We are also developing a Discrete Event Simulation platform for
capturing the dynamics of biological networks "in silico"


This research group interested in both fundamental and practical design aspects of
the Internet.Its on going research focuses on tackling complexity and
scalability challenges at both network and system level.


Focuses on core issues relating to
middleware design, modeling and integration of various next generation
networks across the globe.
Research spans across next generation grid computing, mobile computing
and to ubiquitous computing.


Wireless sensor networks, composed of a large numbers of
distributed, connected, and coordinated nodes, have revealed vast
potential in a plethora of applications.


The work of the Wireless and Mobile Networking group of CReWMaN is focused on centralized (e.g., cellular, and WLAN) and distributed (e.g., ad hoc networking,
WPAN) wireless network architectures from the physical layer up to the application layer.

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