The detection of foreground regions in video streams is an#R##N#essential part of many computer vision algorithms. Considerable contributions were made to this field over the past years. However, varying illumination circumstances and changing camera viewpoints provide major challenges for all available algorithms. In this paper, a robust foreground background segmentation algorithm is proposed. Both Local Ternary Pattern based edge descriptors and RGB color information are used to classify individual pixels. Furthermore, camera viewpoints are detected and compensated for. We will show that this algorithm is able to handle challenging conditions and achieves state-of-the-art results on the comprehensive ChangeDetection.NET 2014 dataset.
['Gianni Allebosch', 'David Van Hamme', 'Francis Deboeverie', 'Peter Veelaert', 'Wilfried Philips']
C-EFIC: Color and edge based foreground background segmentation with interior classification