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Introduction to Image Processing:Image Modalities
This document provides an overview of digital image processing and various imaging modalities. It discusses how digital image processing is used across many fields today. It also summarizes different types of imaging modalities like gamma ray, X-ray, UV, visible light, IR, microwave, radio, acoustic and electron microscopy imaging. The document encourages readers to be aware of the wide applications of digital image processing.
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Introduction to Image Processing:Image Modalities
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- 2. Joseph Nicéphore Niépce, Viewfrom the Window at Le Gras, c. 1826 "The World's First Photograph" Harry Ransom Humanities Research Center The University of Texas at Austin
- 3. All Images aretaken from Internet and Gonzalez DIP Book This PPT is use for Academic Purpose Only Disclaimer: All images are copyright to their respective owners
- 8. One Picture isworth more than Ten Thousand words -Anonymous
- 9. Digital Image Processing & PatternRecognition Kalyan Acharjya kalyan5.blogspot.in Lecture 1-2 Unit 1-Part 1
- 10. Syllabus 1. Unit 1:Introduction (Imaging & Components) 2. Unit 2: Digital Image Fundamentals 3. Unit 3: Image Enhancement (Spatial) 4. Unit 4: Image Restoration 5. Unit 5: Image Compression
- 11. Books Text Book Digital ImageProcessing By Gonzalez Pearson Publication Reference Book: Jain, A. K., "Fundamentals of Digital Image Processing", PHI Learning, 1st Ed.
- 12. Unit 1 First Chapterof Gonzalez Book
- 13. DIPR Terms • ImageProcessing – Low Level (Primary Operations) – Mid Level (Segmentation or Partitioning) – High Level (Cognitive Functions, Vision, Pattern Recognition) • Image Analysis • Image Understanding • Computer Vision
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- 16. Brain Image *USC scientistsArthur Toga, Paul Thompson are on the cutting edge of brain mapping
- 17. Brain Waves Experiment:Brain Mapping
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- 23. Fields that useDigital Image Processing? • Answer is….Everywhere (Almost) • Today, there is almost no area of technical endeavor that is not impacted in some way by DIGITAL IMAGE PROCESSING.
- 24. Why Digital ImageProcessing? • Principal Applications Areas- – Improvement of pictorial information for human interpretations – Processing of image data for storage, transmission and representation for autonomous machine/computer perception.
- 25. Weeks 1 &2 25 Image Formation
- 26. Eye-natural Camera: ItsLimitations
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- 29. Various Types ofImaging Modalities • Gamma Ray Imaging • X Ray Imaging • Imaging in Ultraviolet Band • Imaging in Visible Band …. • IR Band • Imaging in Radio Band Many more…
- 30. Gamma Ray Imaging • NuclearMedicine • Astronomical Observations
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- 33. Ultra Violet Imaging Applications: Lithography Industrial Inspection Microscopy Laser BiologicalImaging Astronomical Observations
- 34. Visible and IRImaging Light Microscopy Astronomy Remote Sensing Night Vision Industry Law and Enforcement
- 35. Imaging: Microwave andRadio Band • Continuous quality control offers an advantage in terms of process safety in liquids as well as solids. The microwave imaging therefore guarantees for quick and safe monitoring and reduces the rejects rate in production All Imaging Modalities
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- 38. Other Imaging Modalities •Acoustic Imaging: Imaging Using Sound – Geological Exploration – Medicine & Industry • Electron Microscopy • Synthetic (Computer generated Imaging)
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- 41. Thank You for Your KindAttention This PPT is available at kalyan5.blogspot.in For Feedback Kindly visit https://goo.gl/iPviBm