👁️ See the world through algorithmic eyes with our Computer Vision Lab repository! Dive into a comprehensive collection of free resources and an interactive online Playground. Perfect for developers and researchers looking to master image processing and machine perception techniques.
Index | Name | Category | Description |
---|---|---|---|
1 | OpenCV Tutorials | Technical Tutorials | Learn image processing, video analysis, and more with hands-on OpenCV tutorials. Suitable for beginners and experienced developers. |
2 | Computer Vision | University Courses | Explore the foundations of computer vision and AI with hands-on projects. Gain practical experience in implementing cutting-edge algorithms for real-world applications. |
3 | UvA Deep Learning Course | University Courses | Comprehensive course on the theory and applications of deep learning, with a focus on computer vision and language modelling. Taught by experienced faculty from the University of Amsterdam. |
4 | Computational Techniques in Pixel Processing | University Courses | Comprehensive course on computational techniques for pixel processing, including image enhancement, restoration, segmentation, and analysis. Taught by expert George Wolberg at Columbia University. |
5 | Shape Analysis | University Courses | Explore the fundamental concepts and techniques of shape analysis at MIT. Hands-on projects, experienced faculty, and a solid foundation in geometric data processing. |
6 | High-Level Vision | University Courses | Comprehensive course on advanced computer vision techniques, including object detection, recognition, and segmentation. Hands-on experience with state-of-the-art algorithms and real-world applications. |
7 | Advanced Computer Vision | University Courses | Comprehensive course on cutting-edge computer vision algorithms, deep learning techniques, and real-world applications. |
8 | Introduction to Image Processing & Computer Vision | University Courses | Comprehensive course on image processing and computer vision techniques, taught by experts from Ohio State University's CBCSL. |
9 | Image and Multidimensional Signal Processing | University Courses | Comprehensive course on image and multidimensional signal processing techniques, with hands-on experience and real-world problem-solving skills. |
10 | Computer Vision | University Courses | Comprehensive graduate-level course in computer vision from the Colorado School of Mines, featuring experienced professor-led lectures and a full YouTube playlist. |
11 | Digital Image Processing | University Courses | Comprehensive introduction to digital image processing, covering fundamental concepts and techniques. Hands-on exercises and programming assignments to reinforce learning. |
12 | Biometrics | University Courses | Comprehensive NPTEL course on biometrics, covering fundamental principles, techniques, and applications of biometric systems like fingerprint, iris, face, and voice recognition. |
13 | Deep Learning For Visual Computing | University Courses | Comprehensive introduction to deep learning techniques for visual computing applications, including image classification, object detection, and semantic segmentation. |
14 | Digital Image Processing | University Courses | Comprehensive introduction to digital image processing principles and techniques, taught by experienced faculty from IIT Kharagpur. Suitable for students, researchers, and professionals interested in computer vision, multimedia, and medical imaging. |
15 | 3D Computer Vision | University Courses | Comprehensive introduction to 3D computer vision, covering fundamental concepts, algorithms, and applications for autonomous driving, augmented reality, and 3D modeling. |
16 | Digital Image Processing I | University Courses | Comprehensive graduate-level course on digital image processing, taught by renowned expert Professor Charles A. Bouman. Hands-on Python labs, access to video lectures, and exploration of the latest research. |
17 | Computer Vision for Visual Effects | University Courses | Comprehensive online course on computer vision techniques for visual effects, covering a wide range of topics from Bayesian matting to 3D reconstruction. Taught by an expert in the field. |
18 | Introduction to Image Processing | University Courses | Comprehensive course on digital image processing, covering topics like image acquisition, filtering, edge detection, and more. Taught by renowned experts and based on the popular Gonzalez and Woods textbook. |
19 | Digital Signal Processing | University Courses | Comprehensive course on digital signal processing principles and techniques, with detailed lectures, MATLAB code, and Cody coursework. |
20 | Intro to Digital Image Processing | University Courses | Comprehensive digital image processing course covering techniques in image acquisition, enhancement, restoration, segmentation, and analysis. Hands-on projects and experienced RPI instructors. |
21 | Machine Learning for Computer Vision | University Courses | Comprehensive course on machine learning and its applications in computer vision, taught by experts from the renowned TUM computer vision research group. |
22 | Digital Image Processing | University Courses | Comprehensive digital image processing course at UC Berkeley, covering fundamental concepts, hands-on experience, and valuable skills for computer vision, image analysis, and multimedia applications. |
23 | Image Processing and Analysis | University Courses | Comprehensive course on image processing and analysis techniques, including hands-on exercises using Python and OpenCV. Taught by experienced instructors from UC Davis. |
24 | Introduction to Computer Vision | University Courses | Explore the fundamentals of computer vision with hands-on coding exercises and real-world applications like facial recognition and self-driving cars. |
25 | Machine Learning for Computer Vision | University Courses | Dive into the fundamentals of machine learning and its application to computer vision tasks like image classification, object detection, and segmentation. Taught by experienced researchers from the University of Heidelberg. |
26 | Photogrammetry 1 Course | University Courses | Comprehensive introduction to photogrammetry, covering camera basics, image processing, geometric transformations, and more. Hands-on learning with Python and Jupyter Notebook. |
27 | Photogrammetry Course | University Courses | Comprehensive introduction to photogrammetry principles, techniques, and applications for students, researchers, and professionals. |
28 | Computer Vision | University Courses | Explore the fundamentals of computer vision, including image filtering, object detection, and more. Suitable for students with a strong background in math and programming. |
29 | Advanced Computer Vision | University Courses | Comprehensive review of recent advances in computer vision, preparing students for graduate research in this field. Hands-on programming projects and cutting-edge research discussions. |
30 | Informatics 2A | University Courses | Explore the processing of formal and natural languages, including finite automata, regular expressions, and parsing techniques. Hands-on labs and tutorials reinforce concepts. |
31 | Advanced Vision 2014 | University Courses | Comprehensive course on advanced computer vision techniques, including 2D and 3D object recognition, object detection and tracking, and behavior recognition. Suitable for students and researchers in the field. |
32 | Deep Learning for Computer Vision | University Courses | Comprehensive introduction to deep learning techniques for computer vision tasks, including image classification, object detection, and segmentation. |
33 | Deep Learning for Computer Vision | University Courses | Comprehensive course on neural network-based deep learning methods for visual recognition tasks, including image classification and object detection. |
34 | Quantitative Big Imaging | University Courses | Comprehensive course on quantitative big imaging, covering image processing, analysis, and visualization of large-scale imaging data. Ideal for researchers, scientists, and professionals working with complex imaging datasets. |
35 | Multiple View Geometry in Computer Vision | University Courses | Comprehensive overview of multiple view geometry, a fundamental topic in computer vision. Covers mathematical foundations, practical applications, and hands-on implementation of algorithms. |
36 | Deep Learning for Self-Driving Cars | University Courses | Comprehensive exploration of deep learning techniques and their application to autonomous vehicle development. Gain practical experience and in-depth knowledge in this cutting-edge field. |
37 | Deep Learning for Computer Vision | University Courses | Comprehensive course on deep learning techniques for computer vision, taught by renowned expert Andrej Karpathy. Covers image classification, object detection, and more. |
38 | Pattern Recognition | University Courses | Comprehensive NPTEL course on pattern recognition techniques, featuring supervised and unsupervised learning, practical applications, and hands-on exercises. |
39 | Pattern Recognition | University Courses | Comprehensive introduction to pattern recognition techniques including statistical, neural network, and support vector machine approaches. Hands-on experience with implementation. |
40 | Autonomous Vehicle System Engineering | University Courses | Comprehensive course on autonomous vehicle design, covering deep learning, computer vision, and control theory. Hands-on projects and simulations for practical experience. |
41 | Visual Navigation for Flying Robots | University Courses | Explore the latest research and practical applications in visual navigation for autonomous flying robots, including computer vision techniques for aerial mapping and obstacle avoidance. |
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