Instituto de Telecomunicaciones y Aplicaciones Multimedia (ITEAM)"
Abstract
[EN] In this paper, we introduce a hybrid real-time
method for vision-based pedestrian detection
made up by the sequential combination of two
basic methods applied in a coarse to fine fashion.
The proposed method aims to achieve an
improved balance between detection accuracy
and computational load by taking advantage
of the strengths of these basic techniques.
Haar-like features combined with Boosting
techniques, which have been demonstrated to
provide rapid but not accurate enough results in
human detection, are used in the first stage to
provide a preliminary candidate selection in the
scene. Then, feature extraction and classification
methods, which present high accuracy rates at
expenses of a higher computational cost, are
applied over boosting candidates providing the
final prediction. Experimental results show that
the proposed method performs effectively and
efficiently, which supports its suitability for real
applications.This work is supported by CASBLIP project 6-th FP\cite{RefCASBLIP}. The authors acknowledge the support of the Technological Institute of Optics, Colour and Imaging of Valencia - AIDO. Dr. Samuel Morillas acknowledges the support of Generalitat Valenciana under grant GVPRE/2008/257 and Universitat Politècnica de València under grant
Primeros Proyetos de Investigación 13202. }Oliver Moll, J.; Albiol Colomer, A.; Morillas, S.; Peris Fajarnes, G. (2011). A Hybrid Real-Time Vision-Based Person Detection Method. Waves. 86-95. http://hdl.handle.net/10251/57676S869