Digital Image Processing (DIP)
Curriculum
- 8 Sections
- 44 Lessons
- 10 Weeks
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- Introduction1
- Digital Image Processing: Core Concepts and Applications6
- Comprehensive Lecture Notes: Fundamentals of Digital Image Processing8
- 3.11.0 Module 1: Foundational Concepts of Signals and Images
- 3.22.0 Module 2: The Genesis of an Image – From Camera to Pixel
- 3.33.0 Module 3: The Building Blocks of a Digital Image
- 3.44.0 Module 4: Image Representation and Spatial Resolution
- 3.55.0 Module 5: Spatial Domain Processing and Image Enhancement
- 3.66.0 Module 6: Neighborhood Operations – Convolution and Spatial Filtering
- 3.77.0 Module 7: Frequency Domain Analysis
- 3.88.0 Module 8: Applications and Advanced Topics
- A Comprehensive Whitepaper on the Principles of Digital Image Processing7
- 4.11.0 Introduction to Digital Image Processing
- 4.22.0 From Scene to Signal: Image Acquisition and Digitization
- 4.33.0 The Anatomy of a Digital Image: Pixels, Resolution, and Color
- 4.44.0 Image Enhancement in the Spatial Domain
- 4.55.0 Processing in the Frequency Domain
- 4.66.0 Applications and Related Disciplines
- 4.77.0 Conclusion
- Process Manual: Practical Digital Image Processing Techniques5
- The Anatomy of a Digital Image: A Beginner's Guide7
- 6.11.0 Introduction: What is a Digital Image, Really?
- 6.22.0 The Pixel: The Fundamental Building Block
- 6.33.0 Structuring the Image: Dimensions and Pixel Resolution
- 6.44.0 Adding Color and Shade: Bits Per Pixel (BPP)
- 6.55.0 Understanding Image Clarity: A Guide to Resolution Types
- 6.66.0 From the Real World to the Screen: Sampling & Quantization
- 6.77.0 Conclusion: Putting It All Together
- From Dark Rooms to Digital Streams: The Story of the Camera6
- Digital Image Processing Study Guide4
Executive Summary
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