OPTIC FLOW SEGMENTATION AS AN ILL-POSED AND MAXIMUM-LIKELIHOOD PROBLEM by Buxton, B, Murray, D

Scene segmentation from visual motion using global optimization. by Murray, D, Buxton, B

RECONSTRUCTING THE OPTIC FLOW FIELD FROM EDGE MOTION: AN EXAMINATION OF TWO DIFFERENT APPROACHES. by Murray, D, Buxton, B

FROM AN IMAGE SEQUENCE TO A RECOGNIZED POLYHEDRAL OBJECT by Murray, D, Castelow, D, Buxton, B

FROM IMAGE SEQUENCES TO RECOGNIZED MOVING POLYHEDRAL OBJECTS by Murray, D, Castelow, D, Buxton, B

STRUCTURE-FROM-MOTION ALGORITHMS FOR COMPUTER VISION ON AN SIMD ARCHITECTURE by Buxton, B, Murray, D, Buxton, H, Williams, N

3D solutions to the aperture problem by Buxton, B, Buxton, H, Murray, D, Williams, N

MACHINE PERCEPTION OF VISUAL-MOTION by Buxton, B, Buxton, H, Murray, D, Williams, N

3D SOLUTIONS TO THE APERTURE PROBLEM. by Buxton, B, Buxton, H, Murray, D, Williams, N

MATCHING CANNY EDGELS TO COMPUTE THE PRINCIPAL COMPONENTS OF OPTIC FLOW by Castelow, D, Murray, D, Scott, G, Buxton, B

Bilateral versus single internal-thoracic-artery grafts at 10 years by Taggart, D, Benedetto, U, Gerry, S, Altman, D, Gray, A, Lees, B, Gaudino, M, Zamvar, V, Bochenek, A, Buxton, B, Choong, C, Clark, S, Deja, M, Desai, J, Hasan, R, Jasinski, M, O'Keefe, P, Moraes, F, Pepper, J, Seevanayagam, S, Sudarshan, C, Trivedi, U, Wos, S, Puskas, J, Flather, M, Arterial Revascularization Trial Investigators