Image coloring Techniques and Applications

Inhaltsverzeichnis (Table of Contents)

• CHAPTER ONE : INTRODUCTION
• 1.1DIGITAL IMAGE FUNDAMENTALS
• 1.2 COLORING PROBLEM:
• 1.3 COLORIZATION TECHNIQUES
• 1.4 DECOLORIZATION
• 1.5 RESEARCH OBJECTIVES
• 1.6 THESIS MOTIVATIONS
• 1.7 THESIS ORGANIZATION:
• CHAPTER TWO : LITERATURE SURVEY
• 2.1 COLORIZATION TECHNIQUE
• 2.1.1 Transformational Coloring
• 2.1.2 Image Matching /Coloring by Reference
• Manual Selection
• Intelligent Selection
• Fusion Based
• 2.1.3 User Selection/Colorization by Seeds
• 2.2 COLORIZATION APPLICATIONS
• 2.2.1 Movies Colorization
• 2.2.2 Medical Images Colorization
• 2.2.3 Color Image Compression
• 2.3 DECOLORIZATION TECHNIQUES
• 2.3.1 Automatic Seeds Selection
• 2.3.2 Color Embedding Decolorization
• CHAPTER THREE : MOVIE COLORIZATION SYSTEM
• 3.1 INTRODUCTION
• 3.2 PROPOSED MOVIE COLORIZATION SYSTEM
• 3.2.1 Shot Cut Detection Subsystem
• 3.2.2 Frame Colorization Subsystem
• 3.2.3 Motion Deteection subsystem
• Three Step Method (TSM)
• 3.2.4 Shot colorization subsystem
• 3.3 RESULTS AND DISCUSSION
• 3.3.1 Coloring Quality
• 3.4 MARKET RESEARCH
• 3.4.1 Processing Time
• 3.4.2 Market Need:
• 3.4.3 Market Demand:
• 3.4.4 Competing Products:
• CHAPTER FOUR: COLOR EMBEDDING FOR HSI MODEL
• 4.1 INTRODUCTION
• 4.2 THE PROPOSED COLOR ENCODING SYSTEM
• 4.2.1 Hue Proposed Encoder System
• Proposed Color Correction stage
• Segmentation stage
• Object Compression stage
• 4.2.2 Saturation Encoding Technique
• The Minimum Color Difference (MCD)
• Y(Luma) Intensity Difference (YID)
• 4.2.3 Intensity Encoding
• 4.3 RESULTS AND DISCUSSIONS
• 4.3.1 Other Quality Measures
• Objective Measures
• Subjective Measures:
• 4.3.2 More System Results:
• 4.4 COLOR EMBEDDING
• 4.4.1 Experiment (1) Using MCD
• 4.4.2 Experiment (2) Using YID
• CHAPTER FIVE: MORPHOLOGICAL DECOLORIZATION SYSTEM
• 5.1 INTRODUCTION
• 5.2 DECOLORIZATION USING MORPHOLOGY
• 5.3 SYSTEM QUALITY ASSESSMENTS
• 5.4 RESULTS AND DISCUSSIONS
• 5.4.1 Seeds Selection Evaluation
• 5.4.2 The System Compression Professionalism
• 5.4.3 Comparison With JPEG/JPEG2000
• 5.5 SEEDS HIDING
• CHAPTER SIX : CONCLUSION AND FUTURE WORKS
• 6.1 RESEARCH CONCLUSIONS
• 6.2 FUTURE WORKS:
• 6.2.1 Movies Colorization System Future Works
• 6.2.2 Color Embedding For HSI Model Future Work
• 6.2.3 Morphological Decolorization System Future Work
• APPENDIX A : COLOR MODELS
• A.1 COLOR FUNDAMENTALS
• A.2 COLOR MODELS
• A.2.1 RGB
• A.2.2 CMY/CMYK
• A.2.3 HSI/HLS
• A.2.4 HSV/HSB
• A.2.5 YIQ
• A.2.6 YUV
• A.2.7 CIE Lab/lαβ
• APPENDIX B: FUNDAMENTALS
• B.1 IMAGE CLUSTERING
• B.1.1 K-Means
• B.1.2 Accelerated K-Means
• Applying The Triangle Inequality
• B.1.3 K-Mean ++
• K-Means++ Algorithm :
• B.1.4 Mean Shift
• Mean shift filtering
• Mean shift Segmentation
• B.2 IMAGE COMPRESSION
• B.2.1 Huffman Coding
• B.2.2 JPEG Coding
• B.2.3 JPEG2000 Coding
• B.3 QUALITY ASSESSMENTS
• B.3.1 Objective Quality Assessments:
• MSSIM :
• Colorfulness Metric:
• B.3.2 Subjective Quality Assessment:
• B.4 FUNDAMENTALS OF MORPHOLOGY
• Dilation
• Erosion
• Opening
• Closing
• Skeletonization
• APPENDIX C: AWARDS AND CERTIFICATES
• C.1 PATENT ISSUE
• C.2 AWARDS
• C.3 PUBLICATIONS