Abstract: A method for verifying the identity of an individual with a mobile device equipped with at least one camera, a graphical display, a wireless communication adapter, and a verification mobile application. The method includes capturing a video of a biometric attribute of the individual through said camera of mobile device (step 120). Then reconstructing with the mobile device in real-time a 3D model of the individual's biometric attribute from the video captured, where the 3D model contains shapes and/or textures, forming thereby a reconstructed 3D model (step 120). And, comparing the reconstructed 3D model with a reference 3D model containing shapes and textures, stored in either the mobile device or remote enrolment database following a previous enrolment phase of the individual with said mobile device, thereby providing a detailed comparison result.

Abstract: A system and method is provided for accurately reconstructing a three-dimensional object using depth maps. An exemplary method includes detecting different positions of an object in a multiple image frames and generating depth maps for the object from the images frames based on the detected different positions of the object. Moreover, the method includes fusing the generated depth maps to generate a three-dimensional model of the object, calculating a variance of points of the fused depth maps for the object, and obtaining respective variances of points of a statistical value prior that correspond to the points of the fused depth maps. Finally, the method calculates a quality fitting result of the generated three-dimensional model of the object based on the calculated variance of the points of the fused depth maps and the respective variances of the corresponding points of the statistical value prior.