Integrated Pedestrian Classification and Orientation Estimation

This paper presents a novel approach to single-frame pedestrian classification and orientation estimation. Unlike previous work which addressed classification and orientation separately with different models, our method involves a probabilistic framework to approach both in a unified fashion. We address both problems in terms of a set of view-related models which couple discriminative expert classifiers with sample-dependent priors, facilitating easy integration of other cues (e.g. motion, shape) in a Bayesian fashion. This mixture-of-experts formulation approximates the probability density of pedestrian orientation and scalesup to the use of multiple cameras. Experiments on large real-world data show a significant performance improvement in both pedestrian classification and orientation estimation of up to 50%, compared to stateof-the-art, using identical data and evaluation techniques.

• Type: Conference
• Year: 2010
• Where: CVPR
• Authors: Markus Enzweiler, Dariu Gavrila
• Keywords: Computer Vision, CVPR 2010, Orientation Estimation, Pedestrian Classification, Single-frame Pedestrian Classification