Current directory

Deep Features Combined with Hand-Crafted Features for

Face Recognition

1DISI, Università di Bologna, Cesena, Italy

2DEI, University of Padua, Padua, Italy

Abstract

1. Introduction

2. The Proposed Approach

2.1. Hard Frontalization (HF)

2.2. Feature Extraction

2.3. Feature Transform

2.4. Classification

3. Experiments

3.1. Datasets

3.2. Results

Conclusion

References

Review on Texture Descriptors for Image Classification

Abstract

1. Introduction

2. Methods

2.1. Descriptors

2.2. Local Binary/Ternary Coding

2.3. Ensemble of Local Binary Pattern Histogram Fourier

2.4. Binarized Statistical Image Features

2.5. Deep Transfer Learning Features

2.6. Supervised Local Quinary Pattern

2.7. Preprocessing

2.7.1. Wavelet

2.7.2. Gaussian Scale-Space Representation

2.7.3. Gradient Image

2.7.4. Image Enhancement

2.8. Region-Based Descriptors

2.8.1. Edge

2.8.2. Saliency

2.8.3. Wavelet

2.8.4. Difference of Gaussians

3. Datasets

4. Experimental Results

Conclusion

Acknowledgments

References

Computer Study of the Interaction of Mercury with Graphene

Abstract

1. Introduction

2. Molecular Dynamic Model

3. Check of the Hg–Hg Interaction Potential for Mercury Deposited on Graphene

4. Mercury Droplet Formation on a Graphene Surface

5. The Xenon Cluster Bombardment of Mercury on Graphene

Discussion

Conclusion

References

Influence of Yttrium(III) Ion on Calcium(II) and Zinc(II) Biospeciation in Human Blood Plasma by Computer Simulation

Abstract

Introduction

Conclusion

Acknowledgments

References

Simulation of Diffraction Gratings in the Fresnel Diffraction Regime: Using the ab-initio Iterative Fresnel Integrals Method

Department of Physics, College of Science, Sultan Qaboos University, Oman

Abstract

1. Introduction

2. Introduction to the IFIM Method

2.1. Single Rectangular Aperture: Theory

2.2. The Single Aperture: Simulation Strategy and Associated Algorithm

2.3. Extension to N Apertures: Theory

2.4. Extension to N-Apertures: Simulation Strategy and Algorithm

3. Simulation Results

3.1. The Single Aperture

3.2. N-Apertures: Simulation Results

3.3. N-Apertures: Comparison with N-slit Fraunhofer Diffraction

3.4. N-Apertures: Simulation of Diffraction from Realistic Amplitude Gratings

4. Discussion

4.1. Single Apertures

4.2. Multiple Apertures and Diffraction Gratings

4.3. Simulation Times

4.4. Further Extensions of the Problem

Conclusion

Appendices

References