Novel Optical Paper Counting Technique, funded by KTP, 2010-2013. (Co-investigator)
AABAC: Adaptive Asynchronous Brain-Actuated Control (in collaboration with Oxford University), funded by EPSRC, 2006 - 2009. (Principal Investigator)
Building a Fast Biped Running Robot with Biologically-inspired
Neuro-mechanical Design, funded by RPF,
Intelligent RoboChair: Improve Quality of Life for the Elderly and
Disabled, funded by The Royal
Developing Keyboard and Mouse Alternatives for Hands-free Computing, funded by The Royal
OTG: Translating Brain Waves into Control Commands, funded by EPSRC, October 2004 - December 2004. (Principal Investigator)
Building up Brain Computer Interface Research at
Adaptive and Robust Methods for Handling Uncertainties
in Multisensor Data, funded by RPF,
Command & control
for improved ship safety & efficiency – via multisensor data fusion, funded
by EPSRC and RACAL Research Ltd,
Neural networks for digital signal processing in
telecommunications (time-varying channel equalization), funded by National
Science and Technology
Theory for networks of spiking neurons, funded by
National Science
Principles and models of biological information processing systems and their
applications to pattern recognition, funded by Science and Technology
Commission of Jiangsu Province, China, 1995 - 1996. (Principal
Investigator)
Automatic reading system for handwritten tax form recognition and analysis,
funded by industry,
Neural networks for handwritten character recognition,
funded by
Neural network based system for automatic bundle-ticket reading, funded by
Neural network
models based on molecular electronics devices, funded by "863"
Hi-Tech Research and Development Program of
Biologically motivated artificial neural networks and
evolutionary learning, funded by United Nations Development
Microcomputer based system for air-target position recognition, funded by a
subcontract from a governmental grant,
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