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Course Review: Python Face Swap & Quick Deepfake using Google Colab Overview: "Python Face Swap & Quick Deepfake using Google Colab" is an innovative and comprehensive course that introduces learners to the fascinating world of deepfake technology, using Python programming and Google Colab's free GPU resources. Designed by an instructor passionate about this subject, the course balances both theoretical knowledge and practical implementation, making it suitable for beginners and those with some programming experience. Content & Structure: The course is divided into two main parts: 1. Building a Basic Python-based Face Swap Application: - Introduction to deepfake technology, applications, and ethical considerations. - Setting up the environment with Anaconda and installing dependencies. - Python fundamentals (optional but helpful). - Developing face swap features with static images, real-time webcam feeds, and pre-saved videos. 2. Creating Deepfake Videos Using Advanced AI Models: - An in-depth walkthrough of the ‘First Order Motion Model for Image Animation’ paper. - Using Google Colab's free GPU to animate source images based on driving videos. - Cropping videos, downloading trained models, and executing animations. - Combining videos with audio tracks using free video editing tools. - Tips on managing GPU resources and avoiding timeouts. Pros: - Practical and Hands-On: The course emphasizes coding, offering line-by-line code explanations and downloadable resources. - Use of Cloud Resources: Leveraging Google Colab makes high-performance deepfake creation accessible without expensive hardware. - Ethical Responsibility: The instructor stresses responsible and research-only use, raising awareness about ethical concerns. - Certificates & Resources: Participants receive a certificate upon completion, along with code, models, and additional learning materials. - Updated Content: The course stays relevant with references to the latest research, repositories, and open-source tools. Cons: - Complexity for Beginners: While optional Python basics are included, some prior programming knowledge may be beneficial. - Ethical Considerations: Deepfakes can have malicious implications; learners must exercise responsibility. - Technical Setup: Setting up dependencies and managing Google Colab notebooks might be challenging for absolute beginners. Recommendation: I highly recommend this course to anyone interested in the intersection of AI, computer vision, and multimedia manipulation. It is particularly useful for developers, researchers, and digital artists eager to explore deepfake technology ethically and responsibly. The course strikes a good balance between theory and application, and the use of accessible tools like Google Colab lowers the barrier to entry. However, prospective students should be aware of the technical prerequisites and ethical considerations involved. If you are motivated to learn advanced AI techniques and are comfortable with basic coding concepts, this course offers valuable skills and insights that can significantly enhance your portfolio or research endeavors. Conclusion: "Python Face Swap & Quick Deepfake using Google Colab" is an engaging and practical course that empowers learners to understand and create deepfake videos responsibly. With clear instructions, ample resources, and a focus on ethical use, it is a worthwhile investment for tech enthusiasts and professionals alike. Happy learning and exploring the fascinating world of deepfake technology!
Hello and welcome to my new course 'Python Face Swap & Quick Deepfake using Google Colab'You know, there is is an old phrase that says 'seeing is believing'. But in the world of 'Deepfake' what we see is not always true. Let's define deep fake with the help of an example video. Here is it.I used only a single stamp size photos of these people to create these videos. Yes, you heard it right. With only a single face image and few minutes of time with a normal computer, you can create deepfake of anyone. You an even make dead people talk or even sing for you.Yes! Be prepared to be amazed. Before we proceed any further, let me explain the list of contents that are included in this course. This course is divided exactly into two halves.In the first half, we will be creating a basic python based face swap application. Before we proceed, we will have an introduction to the deep fake technique, its applications, advantages and disadvantages. Then we have to prepare our computer with all the dependencies installed. We will be installing Anaconda, the platform and IDE for our python programming. Later there are few optional sessions for those who want to learn the basics of python programming language basics.Later we will install the rest of dependences required to built our custom python face swap application. After that we will writing the python code line by line to complete the whole program with more than 300 lines. Alternatively you may also download the complete code from the google drive link provided in the last session of this course. At first we will be doing the face swap using two static images. One as the source image and other as the target image. Later we will try it for realtime video from our computer's web camera. And then we will modify it to make it work with a pre-saved video saved in our computer.From the examples, you can see that this was just a basic face swap program and is not at all perfect. We were doing it just to learn how things works behind the scenes.Later we will proceed with implementing deepfake based on a paper called ‘First Order Motion Model for Image Animation' Submitted to Cornell University by Aliaksandr Siarohin, Stéphane Lathuilière, Sergey Tulyakov, Elisa Ricci and Nicu Sebe Since training a deepfake involve expensive GPUs, we have an alternate plan to use the google Colab's free GPU. We will be preparing our google drive by creating folders and uploading the sample driving video, based on which the target image needs to be animated and also the target images or source images.Also we will be downloading a copy the demo google colab notebook and connect with google drive. Then we will clone the first order motion model repository from google drive. Later we will also proceed with cloning the face-alignment repository. We will install and set it up in our google colab. Then we will move the files into corresponding folders and start with cropping the driving video using a built in python program.After that we will download the frozen inference graph of the already trained model to our google drive. And now its all set to proceed with the animation of the source images based on the driving video. Once completed we will download the animated video. We will also do the same for few of the other source images too.The animated video will not be having audio. So we have to mix the audio to it using any free or opensource video editing tool available online. We will do that in our next session and finally we have all the deepfake animated videos with audio included.As the final session, we will also discuss how we can save the limited free GPU time offered by google and the workaround if the GPU time is exceeded.Just another word before I conclude. Please please make use of the contents and techniques mentioned in this tutorial very responsibly. Its intended only for learning and research purpose. Me as an instructor or the platform in which I host this course will not be liable for any illegal or irresponsible use of this technique.That's all about the topics which are currently included in this quick course. The code, images and weights used in this course has been uploaded and shared in a folder. I will include the link to download them in the last session or the resource section of this course. You are free to use the code in your projects with no questions asked.Also after completing this course, you will be provided with a course completion certificate which will add value to your portfolio.So that's all for now, see you soon in the class room. Happy learning and have a great time.Bibliographies and Reference CreditsNIPS Proceedings - First Order Motion Model for Image Animation - Aliaksandr Siarohin, Stéphane Lathuilière, Sergey Tulyakov, Elisa Ricci, Nicu SebeCornell University - Computer Vision and Pattern Recognition - First Order Motion Model for Image AnimationGithub - AliaksandrSiarohin - first-order-modelGithub Pages - First Order Motion Model for Image AnimationLearn OpenCV - Delaunay Triangulation and Voronoi Diagram using OpenCVLearn OpenCV - Face Swap using OpenCV - Satya Mallickpysource - Face swapping - Sergio Canu