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Introduction
One of the key
challenges to realize the promise of large-scale wireless sensor networks
(WSNs) consisting of hundreds or thousands of tiny sensor nodes is the design
and development of the middleware for sensor network management. The middleware
is the software that interfaces between the low-level sensor devices and the
high-level applications. With the appropriate middleware support, the WSN can
accomplish the design goals in an energy-efficient, robust, accurate, and
scalable manner. The number of sensor nodes in the system can be increased
without the need to modify the middleware, until its scalability limit is
exceeded.
We are
designing the middleware of large-scale WSNs in a modularized manner such that
most of its components can be re-used to cater for growth in the future. The
middleware services are based on a layered architecture. Each layer of the
middleware consists of software components that provide services to the
application or other layers via Application Programming Interfaces (APIs).
Currently we are designing the middleware components on top of TinyOS, which is a popular embedded operation system for
WSNs.
Group
Members
Principal Investigator:
Research Staff:
Dr Fu Cheng, Research Fellow
Dr Wang Bang, Research Fellow
Arpan Phull, Research Engineer
Graduate Student:
Ma Di,
PhD Student
Publications
· H. B. Lim, B. Wang, C. Fu, A. Phull, and D. Ma, "WISDOM: Simulation framework for middleware services in wireless sensor networks," To appear in Proc. of the 5th IEEE Consumer Communications and Networking Conference (CCNC 2008), Jan 2008.
·
C. Fu, B. Wang, and H.
B. Lim, "A reactive sensor coverage scheme and resource management
protocol," To appear in Proc. of the
3rd International Conference on Intelligent Sensors, Sensor Networks and
Information Processing (ISSNIP 2007), Dec 2007.
·
B. Wang, C. Fu, and H.
B. Lim, "Layered diffusion based coverage control in wireless sensor
networks," Proc. of the 32nd IEEE
Conference on Local Computer Networks (LCN 2007), Oct 2007.
Contact
Us
For more information, please contact Dr Lim Hock Beng.
