
따라하면서 배우는 3D Human Pose Estimation과 실전 프로젝트
따라쟁이
인공지능에 관심을 갖게 되었지만 항상 똑같은 주제의 강의를 듣는 데 지치셨나요? 사람 이미지 및 비디오에서 3D 포즈를 생성, 추정 공부해보고 실제 코드를 실행하며 이미지에서 나만의 데이터를 구축하는 실전 프로젝트를 진행하는 강의입니다.
초급
pose-estimation, object-detection, 딥러닝
No more object detection! Learn the latest trends in pose estimation, the latest methods for estimating poses from images and videos, and learn deep learning techniques to train and utilize 2D pose estimation models from your own videos.
54 learners
2D human pose estimation
2D human pose estimation
Artificial Intelligence
Deep Learning
The latest deep learning technology, just follow along!
An Easy Guide to 2D Pose Estimation 🤖
2D pose estimation is a popular topic, ranked among the top five keywords in computer vision, and is fundamental to most technologies. In this lecture, we'll learn about pose estimation models using the latest LitePose and DCPose models, and how to train these models using real-world videos.
2D Human Pose Estimation (HPE) is the task of estimating the 2D coordinates of human joints from images or videos. This technology is used as a foundational technology in a variety of fields. It is a crucial research area, with applications not only as a backbone model for 3D pose estimation, but also in the animation industry, virtual reality and augmented reality (VR/AR), and even in analyzing the movements of sports players.
Pose estimation models are a fundamental field that has been studied for a long time and is still being studied in various ways, so you can learn various deep learning techniques more easily after taking the course.
This course requires basic knowledge of Python and deep learning . It is designed for beginners or those interested in pose estimation projects. It aims to help you understand and practice pose estimation models . After taking this course, you'll be able to implement 2D pose estimation techniques on your own computer.
The important thing is that I will teach you step by step, from installing Ubuntu to running the code !
✅ People who don't know 2D pose estimation but want to study the latest papers and try setting up and developing the environment
✅ People who are tired of Object Detection projects and want to start a new project
✅ People who want to quickly apply a pose estimation model to projects such as graduation projects or competitions
✅ People who don't want to go through trial and error when starting pose estimation research
Introduction to 2D Pose Estimation → LitePose Paper Theory and Practice → DCPose Paper Theory and Practice → Custom Dataset Practice
You can start with the overall flow of 2D pose estimation research and proceed with a custom learning process that you can apply directly to your own data .
We'll highlight the core theories discussed in papers presented at the top conference, CVPR 2021-2022.
Even if you're new to 2D pose estimation, it's OK! The model training process is easy to follow, with easy-to-follow steps.
Based on my knowledge of computer science and artificial intelligence, experience with numerous deep learning/machine learning projects, and graduate school research experience, I will provide you with essential information.
I completed the combined bachelor's and master's degree program in the Department of Artificial Intelligence at Korea University in just three semesters , and published a paper on 2D Video Human Pose Estimation at WACV2023 (Winter Conference on Applications of Computer Vision ) , the world's 9th largest conference in the field of artificial intelligence and computer vision , and was selected for an oral presentation.
Q. Can I take this course without any prior knowledge of pose estimation?
Yes! Even if you don't have a basic foundation, you don't have to worry because we'll walk you through how to run the code from start to finish. If you're simply interested in pose estimation, you can take this course. (However, you should have a basic understanding of deep learning and Python syntax !)
Q. What can I do if I learn pose estimation?
Pose estimation remains an active research area and is utilized across a wide range of industries. It currently underpins a variety of technologies, including drowsy driving detection, pose estimation in AR and VR environments, and coaching in the sports industry. The possibilities are endless!
💾 Please check before taking the class!
Who is this course right for?
For those who are tired of object recognition like YOLO
For those who want to build data and estimate poses from their own videos, such as golf or yoga.
For those who have a college graduation project or contest coming up soon but can't decide on a topic
Need to know before starting?
Python
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17 lectures ∙ (2hr 58min)
Course Materials:
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