Current Research Projects
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Title: Autonomous Modular Reconfigurable Hardware
Name: Ian Colwill |
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A flexible hardware platform based in reconfigurable logic as apposed to
a conventional static microprocessor. The system uses autonomous
hardware blocks to create a self managing, self optimising general
purpose computer.
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Title: Standard Vetronics Interface (SVI)
Name: Periklis Charchalakis & George Valsamakis |
| It is perceived that military Vetronic systems will predominantly
be distributed real-time systems. The developed project, based on
MilCAN, is a software-based Bridge with routing capabilities (BRouter),
a custom Standard Network Interface (SNI) layer, and a remote configuration/monitoring
utility. It uses Ethernet as a high-speed backbone. |
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Poster 2
Poster 3
Presentation 1 |
Title: Application Layers Content Based QoS
Name: Antonio Michel |
| In this work, mechanisms to improve multimedia transmission over
Internet are investigated. At the application layer, additional
level of QoS provision methodologies based on the data content is
the subject of research. |
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Title: MPEG-4
Name: Xiadong Cai |
| MPEG provides a standardized way to describe, compress and stream
synthetic and natural audio and visual objects in a scene. The MPEG4
related projects and research topics running mainly aim to support
Internet multimedia applications, such as remote video surveillance
management, videoconference, video-on-demand, audio-visual email,
live television streaming, and in the field of Wireless multimedia
applications such as embedded solution for wireless handsets, PDAs,
PCs and set-top boxes. |
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Title: Bluetooth Ad-hoc networking for Inter-Vehicle communication
Name: Rohan Goonewardene & Arun Baburam |
| New technologies for both internal and external vehicle communication
are emerging for real time safety critical systems as well as entertainment,
and wireless communication for remote user application in the local
and wide area. By incorporating these technologies into the vehicle
new and innovative functions can be provided to the passengers.
The research aims to provide seamless integration of these different
functional units in the in-vehicle network. Inter-vehicle communication
is also being considered by using wireless technology (in particular
Bluetooth) for high mobility Ad-hoc networking. |
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Poster2
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Title: Blind Equalisation with Adaptive Antenna Array
Name: David Annalingam |
| The aim of this project is to implement a blind re-configurable
Adaptive antenna system, which will consist of beamformers and equalizers
and varieties of Constant Modulus algorithms, where combinations
of different CM algorithms can be used to mitigate different changes
in the environment. |
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Title: FlexRay and CAN
Name: Fouad Sethna |
| The aim of this project is to integrate CAN and FlexRay systems
and increase vetronic networks capabilities for critical and non-critical
applications. Developing custom network hardware in FPGAs usign hardware description languages such as VHDL. |
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