default search action
Alvey Vision Conference 1989: Reading, UK
- Keith D. Baker:
Proceedings of the Alvey Vision Conference, AVC 1989, Reading, UK, September, 1989. Alvey Vision Club 1989
Session 1: Model-based Vision
- Pavel Grossmann:
On Recognition of Object Categories. 1-6 - Francis P. Sykes, Stephen B. Pollard, John E. W. Mayhew:
Hypothesis and Verification in 3D Model Matching. 1-6 - Anthony D. Worrall, Keith D. Baker, Geoffrey D. Sullivan:
The Roll Angle Consistency Constraint. 1-6 - Derrick Holder, Hilary Buxton:
Polyhedral Object Recognition with Sparse Data - Validation of Interpretations. 1-6 - C. I. Attwood, Geoffrey D. Sullivan, Keith D. Baker:
Model-based Recognition of Human Posture using Single Synthetic Images. 1-6 - Peter W. Woods, Christopher J. Taylor:
Application of a User-Programmable Vision System to Inspection of Complex Assemblies. 1-6 - R. I. D. Cowie, T. Hamill, Philip J. Morrow, Ronald H. Perrott:
Interpreting Line Drawings Using a Clustering Technique. 1-6
Session 2: Shape Representation
- Guy L. Scott:
Derivation of "Natural Basis Functions" for a Group of Shapes. 1-6 - Paul A. Giles, Alan Purvis, D. Waugh, Roberto Garigliano:
Iterated Function Systems and Two-Dimensional Shape Representation. 1-6 - Robert B. Fisher:
Geometic Constraints from Planar Surface Patch Matching. 1-6 - Christopher J. Davies:
Surface Description of Labelled Graphs. 1-6 - Peter Mowforth, Zhengping Jin:
Model Based Tissue Differentiation in MR Brain Images. 1-6 - Persephoni Karaolani, Geoffrey D. Sullivan, Keith D. Baker, M. J. Baines:
A Finite Element Method for Deformable Models. 1-6
Session 3: Tracking & AGV
- Alistair J. Bray:
Tracking Objects Using Image Disparities. 1-6 - Richard S. Stephens:
Real-Time 3D Object Tracking. 1-6 - Ying Zheng, David G. Jones, Stephen A. Billings, John E. W. Mayhew, John P. Frisby:
SWITCHER: A Stereo Algorithm for Ground Plane Obstacle Detection. 1-6 - Stephen B. Pollard, John Porrill, John E. W. Mayhew:
Predictive Feed Forward Stereo Processing. 1-6 - Christopher Brown:
Predictive Gaze Control. 1-6 - Roberto Cipolla, Masanobu Yamamoto:
Stereoscopic Tracking of Bodies in Motion. 1-6
Session 4: Image Features
- Michel Gay:
Segmentation Using Region Merging with Edges. 1-6 - Li Du, Geoffrey D. Sullivan, Keith D. Baker:
Edge Detection at Junctions. 1-6 - Margaret M. Fleck:
Spectre: An Improved Phantom Edge Finder. 1-6 - Richard T. Shann, John P. Oakley:
A Novel Approach to Boundary Finding. 1-6 - Charles R. Hardingham, David J. Hawkes, Alan C. F. Colchester:
A Geometric Model for the Lumen of Blood Vessels in X-ray Angiography. 1-6 - Robert W. Series, C. J. Radford, M. J. Varga, P. Fretwell, Andrew C. Sleigh:
Comparison of Approaches to Feature Detection. 1-6
Session 5: Texture & Hough
- David M. Booth, John E. W. Mayhew:
The Adaptive Self Parameterising Texture Region Boundary Tracker. 1-6 - J. Alison Noble, Michael Brady:
Estimating Asymmetric Noise. 1-6 - Violet F. Leavers, D. Ben-Tzvi, Mark B. Sandler:
A Dynamic Combinatorial Hough Transform for Straight Lines and Circles. 1-6 - H. K. Yuen, John Princen, John Illingworth, Josef Kittler:
A Comparative Study of Hough Transform Methods for Circle Finding. 1-6 - John Porrill:
Fitting Ellipses and Predicting Confidence Envelopes using a Bias Corrected Kalman Filter. 1-6
Session 6: Shape from ....
- R. L. Vergnet, S. B. Pollard, John E. W. Mayhew:
Stereo-matching of Line-segments Based on a 3-dimensional Heuristic with Potential for Parallel Implementation. 1-6 - Andrew T. Brint, Michael Brady:
Stereo Matching of Curves. 1-6 - David A. Forsyth, Andrew Zisserman:
Shape from Shading in the Light of Mutual Illumination. 1-6
Session 7: Shape from Motion
- Stephen J. Maybank:
Rigid Velocities Compatible with Five Image Velocity Vectors. 1-6 - Patrizia Baraldi, Enrico De Micheli, Sergio Uras:
Motion and Depth from Optical Flow. 1-4 - Alessandro Verri, Sergio Uras, Enrico De Micheli:
Motion Segmentation from Optical Flow. 1-6 - David William Murray:
Algebraic Polyhedral Constraints and 3D Structure from Motion. 1-6 - Guy L. Scott:
Fast Recovery of the Optic Flow around a Closed Contour using Stabilised Regression onto Fourier Components. 1-6
Session 8: Miscellany
- W. A. Wright:
Image Labelling with a Neural Network. 1-6 - Andrew W. G. Duller, Richard H. Storer, Andrew R. Thomson, Mike R. Pout, Erik L. Dagless:
An Associative Processor Array Designed for Computer Vision. 1-6 - D. Ustundag, N. M. Queen, J. E. Bowcock:
A Method for Retrieving Images from Noisy Incomplete Data. 1-6 - Edwin R. Hancock, Josef Kittler:
Edge Postprocessing - A Comparative Study. 1-6 - Darryl N. Davis, Christopher J. Taylor:
An Intelligent Segmentation System for Lateral Skull X-Ray Images. 1-6 - Beatrice Brillault:
Parallel and Perpendicular Line Grouping in a 3-D Scene from a Single View. 1-6 - David Pycock, Christopher J. Taylor:
Chromosome Classification in a General Purpose Frame-based Interpretation System. 1-6
Poster Presentations
- J. P. Mc Tavish, John E. W. Mayhew:
Optical Measurement by Back Projection. 1-4 - Li-Dong Cai:
Spline Smoothing: A Special Case of Diffusion Smoothing. 1-4 - Alan M. McIvor:
Edge Recognition using Image-Processing Hardware. 1-4 - Shiu Yin Kelvin Yuen:
Shape from Contour Using Symmetries. 1-4 - Keith Langley:
Phase from Zero-Crossings. 1-4 - Andrew W. G. Duller, Richard H. Storer, Andrew R. Thomson, Mike R. Pout, Erik L. Dagless:
Image Processing Applications using an Associative Processor Array. 1-4 - Jim Austin, B. Nigel Brooke:
Investigating Invariant Pattern Recognition Using a Flexible Development Environment. 1-4 - Paul Grant, Peter Mowforth:
Economical and Cautious Approaches to Local Path Planning for a Mobile Robot. 1-4 - James A. D. W. Anderson:
Visual Conviction. 1-4 - M. G. Cawley, K. Natarajan:
Development of a Model for use in Medical Image Interpretation. 1-4 - Peter M. Dew, Han Wang, Jon A. Webb:
APPLY: Machine Independent Image Processing Language and its Implementation on a Meiko Computing Surface. 1-4
manage site settings
To protect your privacy, all features that rely on external API calls from your browser are turned off by default. You need to opt-in for them to become active. All settings here will be stored as cookies with your web browser. For more information see our F.A.Q.