Description
Computer Vision is a subarea of Artificial Intelligence focused on creating systems that can process, analyze and identify visual data in a similar way to the human eye. There are many commercial applications in various departments, such as: security, marketing, decision making and production. Smartphones use Computer Vision to unlock devices using face recognition, self-driving cars use it to detect pedestrians and keep a safe distance from other cars, as well as security cameras use it to identify whether there are people in the environment for the alarm to be triggered. In this course you will learn everything you need to know in order to get in this world. You will learn the step-by-step implementation of the 14 (fourteen) main computer vision techniques. If you have never heard about computer vision, at the end of this course you will have a practical overview of all areas. Below you can see some of the content you will implement: Detect faces in images and videos using OpenCV and Dlib librariesLearn how to train the LBPH algorithm to recognize faces, also using OpenCV and Dlib librariesTrack objects in videos using KCF and CSRT algorithmsLearn the whole theory behind artificial neural networks and implement them to classify imagesImplement convolutional neural networks to classify imagesUse transfer learning and fine tuning to improve the results of convolutional neural networksDetect emotions in images and videos using neural networksCompress images using autoencoders and TensorFlowDetect objects using YOLO, one of the most powerful techniques for this taskRecognize gestures and actions in videos using OpenCVCreate hallucinogenic images using the Deep Dream techniqueCombine style of images using style transferCreate images that don't exist in the real world with GANs (Generative Adversarial Networks)Extract useful information from images using image segmentationYou are going to learn the basic intuition about the algorithms and implement some project step by step using Python language and Google Colab
