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Related lectures (24)
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Adopt the Right Format
Covers the process of adapting a mosaic project to create a 20x20 pixel avatar.
Interactions between Raster Data Layers
MOOC: Geographical Information Systems 2
Delves into map algebra for raster data layers and global operations.
Small-angle X-ray Scattering: Techniques and Applications
Explores Small-angle X-ray Scattering principles, applications, and intensity calculations in various scientific fields.
Image Scaling and Math
MOOC: Image Processing and Analysis for Life Scientists
Covers image scaling, interpolation, artifacts, pixel sizes, and bit depth.
Resizing, Interpolation and Image Math Introduction
MOOC: Image Processing and Analysis for Life Scientists
Covers resizing, interpolation, and basic image math operations with practical examples.
From Intensities to Objects Introduction
MOOC: Image Processing and Analysis for Life Scientists
Introduces segmentation techniques, from intensities to objects and measurements generation.
Proper Feature Size: Image Analysis
MOOC: Image Processing and Analysis for Life Scientists
Delves into choosing a proper feature size for image analysis in life sciences, presenting a Rule Of Thumb for defining object size in pixels.
Art History: Museum Data and Artistic Strategies
Explores museum data, artistic strategies for recognition, and the evolution of art in the digital age.
Image Resolution and Space Exploration
Explores camera resolution in space exploration, covering aperture, diffraction limit, pixel size, and megapixels.
Transmission Electron Microscopy: Phase Contrast
MOOC: Transmission Electron Microscopy for Materials Sciences
Explores phase contrast in transmission electron microscopy, focusing on the complexities of electron wave interactions.
Singular Value Decomposition: Image Compression and Applications
Covers Singular Value Decomposition, focusing on its application in image compression and data representation.
LED Displays: Matrix Displays
Explores pixels, LED display characteristics, matrix displays, programming, and refreshing techniques for LED matrix displays.
Optical Image Sensors: Abbe's Limit and SPAD Metrology
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Covers optical image sensors, Abbe's Limit, sub-resolution pixels, microlenses, vignetting, and single-photon detectors, including SPAD metrology aspects.
Optical Image Sensors: Introduction and Architecture
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Explores the history, architecture, and specifications of optical image sensors, including noise suppression techniques and measurement methods.
Calculating APS Camera Sensitivity: Key Concepts
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Explains how to calculate the sensitivity of an APS camera sensor using key parameters and formulas.
Single Photon Detection: Principles and Applications
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Discusses the principles and applications of single photon detection using Single Photon Avalanche Diodes (SPAD).
Image Processing in Python: Manipulation and Convolution Techniques
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Introduces image processing techniques in Python, focusing on manipulation and convolution operations using NumPy and Pillow.
Image Processing Fundamentals
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Covers the basics of image processing for microscopy, including acquiring, correcting defects, enhancing images, and extracting information.
Quantitative Imaging for Civil Engineers
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Introduces quantitative imaging concepts for civil engineers, covering resolution, optics, image quality, and 3D measurements.
CMOS Camera Trends: Technical Aspects and Innovations
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Covers trends in CCD and CMOS camera technologies, focusing on integration, pixel size, and advancements in autofocus systems.
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