This paper presents a technique for automatic ear detection from 3D profile face range images. The proposed technique localizes ear by using inherent ...
This paper presents a technique for automatic ear detection from 3D profile face range images. The proposed technique localizes ear by using inherent ...
Abstract: This paper proposes an efficient technique to detect ear from 3D profile face range images and is invariant to rotation and scale.
The proposed technique localizes ear by using inherent structural details of the ear in 3D range data and is invariant to rotation and scale. It makes use of ...
This paper proposes an efficient technique to detect ear from 3D profile face range images and is invariant to rota- tion and scale.
An efficient technique to detect ear from 3D profile face range images and is invariant to rotation and scale and makes use of graph connected components ...
This chapter presents an efficient technique to detect ear from 3D profile face range images and is invariant to rotation and scale. It makes use of graph ...
Ear Recognition by means of a Rotation Invariant Descriptor
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This paper proposes the use of a rotation invariant descriptor, namely GFD (generic Fourier descriptor), to extract meaningful features from ear images, ...
Gupta, “'An Efficient Technique for Ear Detection in. 3D: Invariant to Rotation and Scale',” in The 5th IAPR International. Conference on Biometrics (ICB) ...
It presents a two-step matching technique to compare two 3D ears. In the first step, it computes salient 3D data points from 3D ear images with the help of ...