Browsing School of Computer Science and Statistics by Author "DAHYOT, ROZENN"
Now showing items 1-9 of 9
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Estimating 3D Scene Flow from Multiple 2D Optical Flows
DAHYOT, ROZENN; MANZKE, MICHAEL; RUTTLE, JONATHAN LEONARD; DAHYOT, ROZENN; MANZKE, MICHAEL; RUTTLE, JONATHAN LEONARD (2009) -
Irish Machine Vision and Image Processing (IMVIP) 2014 conference proceedings
DAHYOT, ROZENN (Irish Pattern Recognition & Classification Society, 2014) -
Joint Audio Visual Retrieval for Tennis Broadcasts
DAHYOT, ROZENN (2003) -
Robust Scale Estimation for the Generalized Gaussian Probability Density Function
DAHYOT, ROZENN; WILSON, SIMON PAUL (2006) -
Robust Shape from Depth Images with GR2T
DAHYOT, ROZENN (2014) -
Statistical Hough Transform
DAHYOT, ROZENN (IEEE, 2009)The Standard Hough Transform is a popular method in image processing and is traditionally estimated using histograms. Densities modelled with histograms in high dimensional space and/or with few observations, can be very ... -
Trinity College Dublin Drone Survey Dataset
DAHYOT, ROZENN; BOURKE, MARY; Byrne, Jonathan; Connolly, Julie; Su, Jing; Moloney, David; Krylov, Vladimir (School of Computer Science & Statistics, Trinity College DublinTrinity College Dublin, 2017)The dataset consists of 6 Zipped files and a Technical Report detailing the project. The original images from the drone survey are contained in the files names Images 1, Images 2, Images 3 and Images 4. The 3D mesh model ... -
Unsupervised Camera Motion Estimation and Moving Object Detection in Videos
DAHYOT, ROZENN (2006)In this article, we consider the robust estimation of a location parameter using Mestimators. We propose here to couple this estimation with the robust scale estimate proposed in [Dahyot and Wilson, 2006]. The resulting ... -
Workshop on Machine Learning Techniques for Processing Multimedia Content
DAHYOT, ROZENN (2005)Machine Learning (ML) techniques are used in situations where data is available in electronic format and ML algorithms can ?add value? by analysing this data. This is the situation with the processing of multimedia ...