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Visiting Researcher
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That's me in infrared |
While this is
me in the visible spectrum |
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Research
Dr Balasuriya is currently Chief Scientist at the 14th fastest growing technlogy company in the UK. He designed and developed the UK's first portfolio optimisation based automated search engine budget and bid management system.
Publications
| Cockshott,W.P. & Balasuriya,L.S. & Gunawan,I.P. & Siebert,J.P. , "Iconic Object-based Saccade Generation using a Biologically Inspired Self-organized Retina," Proceedings of the British Machine Vision Conference (BMVC) 2007, 10-13 September 2007, Warwick, UK |
| Balasuriya, L. S. & Siebert, J. P., "Iconic Object-based Saccade Generation using a Biologically Inspired Self-organized Retina," Proceedings of the International Joint Conference on Neural Networks, August 12-17, 2007, Orlando, Florida, USA |
| Cockshott,W.P. & Balasuriya,L.S. & Gunawan,I.P. & Siebert,J.P. , "Vector Quantisation Based Image Enhancement," Proceedings of the 2nd International Conference on Computer Vision Theory and Applications (VISAPP 2007), Vol. 1, Barcelona, Spain, 8-11 March 2007. |
| Balasuriya, L. S. & Siebert, J. P., "An Architecture for Object-based Saccade Generation using a Biologically Inspired Self-organised Retina," Proceedings of the International Joint Conference on Neural Networks, Vancouver, July 2006 |
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Balasuriya, L. S. & Siebert, J. P.,"Hierarchical Feature Extraction using a Self-organised Retinal Receptive Field Sampling Tessellation," Neural Information Processing - Letters & Reviews, 10:4-6, April-June 2006 |
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Balasuriya, L. S., A Computational Model of Space-Variant Vision Based on a Self-Organised Artificial Retina Tessellation, Ph.D. Thesis, Department of Computing Science, University of Glasgow, Glasgow, March 2006 |
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Balasuriya, L. S. & Siebert, J. P., "Space-Variant Vision using an Irregularly Tessellated Artificial Retina," Biologically-Inspired Models and Hardware for Human-like Intelligent Functions, Montréal, August 2005 |
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Balasuriya, L. S. & Siebert, J. P., "A Biologically Inspired Computational Vision Front-end based on a Self-Organised Pseudo-Randomly Tessellated Artificial Retina," Proceedings of the International Joint Conference on Neural Networks, Montréal, August 2005 |
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Balasuriya, L. S. & Siebert, J. P., "Generating Saccades for
a Biologically-Inspired Irregularly Tessellated Retinal Sensor,"
Proceedings for the Biro-Net Symposium, Essex, Sepember 2004 |
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Balasuriya, L. S. & Siebert, J. P., "Saccade Generation for
a Space-Variant Artificial Retina," Early Cognitive Vision Workshop,
Isle of Skye, May 2004 |
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Balasuriya, L. S. & Siebert, J. P., "A low
level vision hierarchy based on an irregularly sampled retina,"
Proceedings of the International Conference on Computational Intelligence,
Robotics and Autonomous Systems, Singapore, December 2003
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Balasuriya, L. S. & Siebert, J. P., "An artificial
retina with a self-organised retinal receptive field tessellation,"
Proceedings of the Biologically-inspired Machine Vision, Theory and
Application symposium, Artificial Intelligence and the Simulation of
Behaviour Convention, Aberystwyth, April 2003 |
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Balasuriya, L. S. & Kodikara, N. D., "Fully Automated Frontal View Human Face Detection and Recognition," Proceedings of the National Information Technology Conference, Colombo, July 2001 |
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Balasuriya, L. S. & Kodikara, N. D., "Frontal
View Human Face Detection and Recognition," Proceedings of the
International Information Technology Conference, Colombo, October 2000
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Balasuriya, L. S., "Frontal View Human Face Detection and Recognition,"
B.Sc. Honours thesis, Department of Statistics and Computer Science,
University of Colombo, Colombo, May 2000
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Updated 06.01.2009