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In this video I get into Denoising Diffusion Probabilistic Models implementation ( DDPM ) and walk through the complete Denoising Diffusion Probabilistic Models code in pytorch. I give a quick overview of math behind diffusion models before getting into DDPM implementation. I cover the denoising diffusion probabilistic models pytorch implementation in 4 parts: 1. Noise scheduler in ddpm - coding forward and reverse process of ddpm in pytorch 2. Model architecture for denoising diffusion probabilistic models - Unet 3. Implementing the unet which can be used in any diffusion models code 4. Training and sampling code of ddpm 5. Results of training ddpm Timestamps: 00:00 Intro 00:30 Denoising Diffusion Probabilistic Models Math Review 03:15 Noise Scheduler for DDPM 04:30 Noise Scheduler Pytorch Code for DDPM 07:10 Denoising Diffusion Probabilistic Models Architecture 08:10 Time embedding Block for DDPM Implementation 08:54 Overview of Unet Architecture for DDPM 09:49 Downblock of DDPM Unet 11:34 Midblock and Upblock for DDPM Unet 12:40 Code for Positional Embedding in DDPM in Pytorch 14:07 Code for Downblock in DDPM Unet 16:42 Code for Mid and Upblock in DDPM Unet 18:53 Unet class for DDPM 22:04 Code for Diffusion Model training 22:47 Code for Sampling in Denoising Diffusion Probabilistic Model 23:24 Configurable Code 24:15 Dataset for training 24:56 Results after DDPM training 25:42 Thank you 📄 Code Repository: Access the full implementation, along with detailed comments and explanations from GitHub repository - https://github.com/explainingai-code/.... Feel free to explore, experiment, and adapt the code to suit your specific needs. 🔔 Subscribe : https://tinyurl.com/exai-channel-link Background Track - Fruits of Life by Jimena Contreras Email - [email protected] 🔗 Related Tags: #DDPM #DiffusionModels #DDPMImplementation