Abstract—An automatic method for the extraction of feature points for face based applications is proposed. The system is based upon volumetric feature descriptors, which in this paper has been extended to incorporate scale space. The method is robust to noise and has the ability to extract local and holistic features simultaneously from faces stored in a database. Extracted features are stable over a range of faces, with results indicating that in terms of intra-ID variability, the technique has the ability to outperform manual landmarking. Keywords—Scale space volume descriptor, feature extraction, 3D facial landmarking I
Building an effective representation for 3D face geometry is essential for face analysis tasks, that...
This project presents a novel approach for automatic landmarking process on face range images. The ...
Face recognition research using automatic or semi-automatic techniques has emerged over the last two...
Abstract—An automatic method for the extraction of feature points for face based applications is pro...
An automatic method for the extraction of feature points for face based applications is proposed. Th...
We propose a method for extracting fiducial points from human faces that uses 3D information only an...
Face analysis from 3D scanned data is an important alternative to the more common approaches that ex...
The discriminating power of three dimensional (3D) descriptors extracted from 3D human face surfaces...
This thesis describes a new framework for 3D surface landmarking and evaluates its per-formance for ...
This study deals with 3D human face geometrical formalization and its applications. Differential Geo...
The standard starting point for the extraction of information from human face image data is the dete...
In this paper, we present a novel algorithm that can detect and ex-tract salient points as features ...
Abstract. In this dissertation a novel method for 3D landmark detec-tion and pose estimation, suitab...
Current 2D face recognition systems encounter difficulties in recognizing faces with large pose vari...
We present a novel approach to 3D face recognition us-ing compact face signatures based on automatic...
Building an effective representation for 3D face geometry is essential for face analysis tasks, that...
This project presents a novel approach for automatic landmarking process on face range images. The ...
Face recognition research using automatic or semi-automatic techniques has emerged over the last two...
Abstract—An automatic method for the extraction of feature points for face based applications is pro...
An automatic method for the extraction of feature points for face based applications is proposed. Th...
We propose a method for extracting fiducial points from human faces that uses 3D information only an...
Face analysis from 3D scanned data is an important alternative to the more common approaches that ex...
The discriminating power of three dimensional (3D) descriptors extracted from 3D human face surfaces...
This thesis describes a new framework for 3D surface landmarking and evaluates its per-formance for ...
This study deals with 3D human face geometrical formalization and its applications. Differential Geo...
The standard starting point for the extraction of information from human face image data is the dete...
In this paper, we present a novel algorithm that can detect and ex-tract salient points as features ...
Abstract. In this dissertation a novel method for 3D landmark detec-tion and pose estimation, suitab...
Current 2D face recognition systems encounter difficulties in recognizing faces with large pose vari...
We present a novel approach to 3D face recognition us-ing compact face signatures based on automatic...
Building an effective representation for 3D face geometry is essential for face analysis tasks, that...
This project presents a novel approach for automatic landmarking process on face range images. The ...
Face recognition research using automatic or semi-automatic techniques has emerged over the last two...