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Enric Marti, J. Rocarias, Petia Radeva, H. Tizon, & Jordi Vitria. (2007). Caronte. Un gestor documental para asignaturas de universidad en el EEES.
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Agnes Borras. (2002). High-Level Clothes Description Based on Colour-Texture Features..
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Francesc Tous. (2002). Study of Colour Normalisation for Skin Detection..
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Misael Rosales. (2002). Empirical Simulation Moldel of Intravascular Ultrasound.
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David Rotger. (2002). Multimodal Registration of Intravascular Ultrasound Images and Angiography.
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Gemma Sanchez, Ernest Valveny, Josep Llados, Joan Mas, & N. Lozano. (2004). A platform to extract knowledge from graphic documents. Application to an architectural sketch understanding scenario.
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David Masip, & Jordi Vitria. (2004). Object Recognition using Boosted Adaptive Features..
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X. Orriols, & X. Binefa. (2001). An EM Algorithm for Video Summarization, Generative Model Approach..
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Petia Radeva, & M. Scoccianti. (2000). 3D Reconstruction of Abdominal Aortic Aneurysm.
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Petia Radeva, & Jordi Vitria. (2003). “Inteligencia artificial” Centre de Visio per Computador.
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Jose Manuel Alvarez, Felipe Lumbreras, Antonio Lopez, & Theo Gevers. (2012). Understanding Road Scenes using Visual Cues.
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Gabriel Villalonga, Sebastian Ramos, German Ros, David Vazquez, & Antonio Lopez. (2014). 3d Pedestrian Detection via Random Forest.
Abstract: Our demo focuses on showing the extraordinary performance of our novel 3D pedestrian detector along with its simplicity and real-time capabilities. This detector has been designed for autonomous driving applications, but it can also be applied in other scenarios that cover both outdoor and indoor applications.
Our pedestrian detector is based on the combination of a random forest classifier with HOG-LBP features and the inclusion of a preprocessing stage based on 3D scene information in order to precisely determinate the image regions where the detector should search for pedestrians. This approach ends up in a high accurate system that runs real-time as it is required by many computer vision and robotics applications.
Keywords: Pedestrian Detection
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Matthias S. Keil, & Jordi Vitria. (2005). Does the brain generate representations of smooth brightness gradients? A novel account for Mach bands, Chevreul’s illusion, and a variant of the Ehrenstein disk.
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J. Mauri, E. Esplugas, B. Garcia del Blanco, E Fernandez-Nofrerias, A. Cequier, J.A. Gomez-Hospital, et al. (2000). 3-D Stent and Vessel Reconstruction from IVUS: a Physics-Based Approach.
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Judit Martinez. (2002). Automotive sector and Machine Vision (Vol. 1).
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