Segmentation Normalisation Feature Encoding and Matching Hardware

Segmentation Normalisation Feature Encoding and Matching Hardware

Segmentation Normalisation Feature Encoding and Matching Hardware

Segmentation Normalisation Feature Encoding and Matching Hardware

Segmentation Normalisation Feature Encoding and Matching Hardware

Introduction Normalisation Feature Encoding and Matching Hardware

Introduction Normalisation Feature Encoding and Matching Hardware

Introduction Normalisation Feature Encoding and Matching Hardware

Introduction Normalisation Feature Encoding and Matching Hardware

Introduction Normalisation Feature Encoding and Matching Hardware

Introduction Normalisation Feature Encoding and Matching Hardware

Introduction Normalisation Feature Encoding and Matching Hardware

Introduction Segmentation Feature Encoding and Matching Hardware

Introduction Segmentation Feature Encoding and Matching Hardware

Introduction Segmentation Feature Encoding and Matching 180 angle and 73 radius divisions Hardware 120 angle and 8 radius divisions

Introduction Segmentation Feature Encoding and Matching Hardware

Introduction Segmentation Feature Encoding and Matching Hardware

Introduction Segmentation Normalisation Hardware

Introduction Segmentation Normalisation Hardware

Introduction Segmentation Normalisation Hardware Gaussian envelope 1 D Gabor wavelet

Introduction Segmentation Normalisation Hardware

Introduction Segmentation Normalisation Hardware

Introduction Segmentation Normalisation Hardware

Introduction Segmentation Normalisation Hardware Haar wavelet Conceptual diagram for organizing a feature vector

Introduction Segmentation Normalisation Hardware

Introduction Segmentation Normalisation Hardware

Introduction Segmentation Normalisation Hardware

Introduction Segmentation Normalisation Feature Encoding and Matching

Introduction Segmentation Normalisation Feature Encoding and Matching

Introduction Segmentation Normalisation Feature Encoding and Matching

Introduction Segmentation Normalisation Feature Encoding and Matching The amount of lens movement step is determined from the size of SR in image!

Introduction Segmentation Normalisation Feature Encoding and Matching

Introduction Segmentation Normalisation Feature Encoding and Matching

Introduction Segmentation Normalisation Feature Encoding and Matching Conclusion Hardware

Introduction Segmentation Normalisation Feature Encoding and Matching Conclusion Hardware

Introduction Segmentation Normalisation Feature Encoding and Matching Conclusion Hardware

Introduction Segmentation Normalisation Feature Encoding and Matching Conclusion Hardware

Introduction Segmentation Normalisation Feature Encoding and Matching Conclusion Hardware

Introduction Segmentation Normalisation Feature Encoding and Matching Conclusion Hardware

Introduction Segmentation Normalisation Feature Encoding and Matching Conclusion Hardware

Introduction Segmentation Normalisation Feature Encoding and Matching Conclusion Hardware

Introduction Segmentation Normalisation Feature Encoding and Matching Conclusion Hardware

Introduction Segmentation Normalisation Feature Encoding and Matching Conclusion CASIA-a data set Hardware

Introduction Segmentation Normalisation Feature Encoding and Matching Conclusion Hardware

Introduction Segmentation Experimental Results Normalisation Feature Encoding and Matching Hardware

Introduction Segmentation Experimental Results Normalisation Feature Encoding and Matching Hardware

Introduction Segmentation Experimental Results Normalisation Feature Encoding and Matching Hardware

Introduction Segmentation Experimental Results Normalisation Feature Encoding and Matching Hardware

Introduction Segmentation Experimental results Normalisation Feature Encoding and Matching Conclusion Hardware