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Research
interests
My primary research focuses on multi-resolution representation
and vector quantization techniques to compress microscopic
images, especially volumetric images collected from imaging
systems with three-dimensional imaging functionality like
CLSM (confocal laser scanning microscopy). My research
interests include vector quantization,
image compression, multi-resolution
analysis and microscopic imaging.
My academic supervisor is W.
Paul Cockshott.
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Publications
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Journals
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Create a Human Full-body Movement Library
for the Study of Biological-motion Perception
Y. Ma,
F. E. Pollick, H. M. Paterson, Y. Tao
BRMIC - The Journal of Behavior Research
Methods, Instruments & Computers.
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Confocal Microscopic Image Sequence Compression
Using Vector Quantization and 3D Pyramids
W. P.
Cockshott, Y. Tao, G. Gao, P. Balch, A. M. Briones
and C. Daly
SCANNING-The Journal of Scanning Microscopies,
vol 15, pp. 247-256, Sept. 2003. |
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Conferences
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A hybrid Vector Quantizer for Laplacian Pyramid
Coding with Application to Volumetric Image Compression in Confocal Microscopy
Y.
Tao,
W. P. Cockshott
SPIE on Photonics Asia 2004,
Beijing, China, Nov. 2004.
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3D Microscopic Image Coding by Finite-state
Vector Quantization in An Enhanced Image Pyramid
Y.
Tao,
W. P. Cockshott
SPIE on Medical Imaging 2004,
San Diego, USA, Feb. 2004.
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Microscopic Volumetric Image Data Compression
Using Vector Quantization and 3D Pyramid
Y.
Tao,
W. P. Cockshott, G. Gao, C. Daly
Picture Coding Symposium 2003 (PCS'03),
pp. 119-124, Saint-Malo, France, Apr. 2003.
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Technical Reports
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Find Start and End Points for Consecutive
Repeated Movement Segmentation
Y. Tao
Technical report, Dept. of Phychology, Univ. of Glasgow
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Fast Training and Encoding Algorithms in Vector Quantization
Y. Tao
Technical report, Dept. of Computing Science, Univ. of Glasgow
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