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Lecture 2B: Computer Vision Applications (Full Stack Deep Learning - Spring 2021)

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New course announcement ✨
We're teaching an in-person LLM bootcamp in the SF Bay Area on November 14, 2023. Come join us if you want to see the most up-to-date materials building LLM-powered products and learn in a hands-on environment.
Hope to see some of you there!
--------------------------------------------------------------------------------------------- In this video, we will review notable applications of deep learning in computer vision. First, we will tour some ConvNet architectures. Then, we will talk about localization, detection, and segmentation problems. We will conclude with more advanced methods.
00:00 - Introduction
02:51 - AlexNet
05:09 - ZFNet
06:54 - VGGNet
09:06 - GoogLeNet
11:57 - ResNet
15:15 - SqueezeNet
17:05 - Architecture Comparisons
20:00 - Localization, Detection, and Segmentation Tasks
24:00 - Overfeat, YOLO, and SSD Methods
28:01 - Region Proposal Methods (R-CNN, Faster R-CNN, Mask R-CNN, U-Net)
34:33 - Advanced Tasks (3D Shape Inference, Face Landmark Recognition, and Pose Estimation)
37:00 - Adversarial Attacks
40:56 - Style Transfer
We're teaching an in-person LLM bootcamp in the SF Bay Area on November 14, 2023. Come join us if you want to see the most up-to-date materials building LLM-powered products and learn in a hands-on environment.
Hope to see some of you there!
--------------------------------------------------------------------------------------------- In this video, we will review notable applications of deep learning in computer vision. First, we will tour some ConvNet architectures. Then, we will talk about localization, detection, and segmentation problems. We will conclude with more advanced methods.
00:00 - Introduction
02:51 - AlexNet
05:09 - ZFNet
06:54 - VGGNet
09:06 - GoogLeNet
11:57 - ResNet
15:15 - SqueezeNet
17:05 - Architecture Comparisons
20:00 - Localization, Detection, and Segmentation Tasks
24:00 - Overfeat, YOLO, and SSD Methods
28:01 - Region Proposal Methods (R-CNN, Faster R-CNN, Mask R-CNN, U-Net)
34:33 - Advanced Tasks (3D Shape Inference, Face Landmark Recognition, and Pose Estimation)
37:00 - Adversarial Attacks
40:56 - Style Transfer
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