Course Content
Section outline
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Discover the fundamental principles of light, color perception, and image representation. This module builds a strong foundation in the science of imaging, helping learners understand the essential factors that influence visual systems and color spaces.
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Explore the architecture and inner workings of smartphone cameras. This module dives into lenses, sensors, noise sources, and optical systems, providing a comprehensive view of the technologies that drive modern imaging devices.
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Master the digital processes that enhance and manipulate images. From fundamental transformations to advanced filtering and enhancement techniques, this module equips learners with practical tools to refine image quality and extract meaningful details.
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Understand how images and videos are efficiently stored and transmitted. This module covers compression techniques like Discrete Cosine Transform (DCT) and JPEG, alongside modern AI-driven methods for optimizing file size and quality.
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Dive into the technologies that shape modern video formats and quality. This module explores video resolutions, HDR, quality assessment methods, and multimedia communication standards like MP4 and SMPTE ST 2110.
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Discover the transformative role of AI in image and video processing. This module highlights cutting-edge techniques for noise reduction, detail enhancement, and real-time optimizations, positioning learners at the forefront of AI-driven imaging innovations.
