We propose a three-dimensional (3-D) image recognition technique using full-color optical scanning holography (FC-OSH) and speed-up robust features (SURF) ...

We propose a three-dimensional (3-D) image recognition technique using full-color optical scanning holography (FC-OSH) and speed-up robust features (SURF) ...

Seung Ram Lim, Taegeun Kim: Rotation and scale invariant three-dimensional recognition using optical scanning holography. ISIE 2019: 2410-2413; 2018. [c3].

After filtering with a single scale-invariant filter, the resultant function is then coded into a computer-generated hologram (CGH). When this CGH is coherently ...

By this method, a single 2-D synthetic reference func- tion is employed to achieve out-of-plane rotation- invariant 3-D object recognition. Esteve-Taboada et al ...

We propose and demonstrate a digital holographic technique for 3D object recognition and classification. One Fresnel digital hologram of each of the 3D ...

We present a technique for performing three-dimensional (3D) pattern recognition by use of in-line digital holography. The complex amplitude distribution ...

Abstract. We propose an algorithm that can extract the depth location of a target from its complex hologram directly in optical remote sensing applications.

We develop a new object recognition method invariant to translations, rotations, changes of pose, and scale. The method is based on angular wedge sampling about ...

A method for recognizing the presence of a particular target in a field of view which is target position, rotation, and intensity invariant.