3D imaging, range image registration, feature extraction and matching, learning, projective registration, non-rigid registration, data and information fusion, uncertain reasoning, mean field annealing, Makov process, replicator dynamics, motion coherence theory, mean shift, entropy, weighted least squares, computational geometry, similarity, clustering and classification, segmentation, thin plate spline, approximation theory, Bayesian inference, damped harmonic motion, artificial neural network, and evolutionary computation.
Reverse engineering, computer aided geometric design, machine vision, object recognition, robot vision, computer graphics, medical image analysis, industrial inspection, special effect creation and computer games, Internet search, and intelligent systems.
If you are interested in pursuing a PhD degree in the above fields, then please do not hesitate to contact me and discuss the details at firstname.lastname@example.org or give me a ring through +44 1970 621688.
This period of time gave me solid knowledge in the fields of Geography, Cartography, Mathematics, and even Economics.
This period of time gave me solid knowledge in the fields of Pattern Recognition, Image Processing, and Mathematics.
This period of time gave me solid knowledge in the fields of Artificial Intelligence, Uncertain Reasoning, and also Mathematics.
I was very lucky that in 1997, I got a ORS award. As a result, I could come to The University of Hull to study for my second PhD degree. In this period of time, I learned a lot about range image analysis, image registration, motion estimation, and so on.
Currently, my research interests lie in 3D imaging, machine vision, image registration, robust motion estimation, object recognition, reverse engineering, Makov process, constraint formalization, image processing, uncertain reasoning, machine learning, artificial intelligence, computer graphics, and intelligent systems.
Machine vision tries to extend human eyes for data acquisition and interpretation. Thus, machine vision techniques find applications as wide as human eyes. Especially, the recent rapid development in optics and electronics enables the advent of laser scanning systems that directly measure the surface of objects under consideration. The measurement of object surfaces render it possible to estimate the camera motion, identify the difference between two snapshots of the same patch on the object surface, construct a full model of the objects of interest, and recognize objects through a single or multiple snapshots of the objects. The techniques involved find wide applications in:
For the information for my professional activities involved in the international journals, conferences and special issues of journals, please take a look at Professional Activities
You are warmly welcome to join me or collaborate with me to do research in any fields as listed above.
Disclaimer: The information provided on this and other pages by me, Yonghuai Liu (email@example.com), is under my own personal responsibility and not that of Aberystwyth University. Similarly, any opinions expressed are my own and are in no way to be taken as those of AU.
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