Udemy - CUDA for Engineers - Accelerating Deep Learning PyTorch 2026
- CategoryOther
- TypeTutorials
- LanguageEnglish
- Total size1.7 GB
- Uploaded Byfreecoursewb
- Downloads45
- Last checkedAug. 09th '26
- Date uploadedAug. 08th '26
- Seeders 4
- Leechers16
Infohash : FE3718FEF5F5AEC0AFE8BDD3D1CD106EBAF80051
CUDA for Engineers: Accelerating Deep Learning PyTorch 2026
https://WebToolTip.com
Published 7/2026
Created by Othmane Kadmiri
MP4 | Video: h264, 1920x1080 | Audio: AAC, 44.1 KHz, 2 Ch
Level: Intermediate | Genre: eLearning | Language: English | Duration: 48 Lectures ( 4h 5m ) | Size: 1.7 GB
GPU Acceleration of Deep Neural Networks using Pytorch and CUDA with 3 Hands-on Projects
What you'll learn
⚡ Setting Up CUDA locally or with Cloud GPU Provider
⚡ Understanding and applying CUDA programming fundamentals
⚡ Build and optimize GPU-accelerated applications in PyTorch
⚡ Profile and analyze deep learning models using professional tools such as Torch Profiler to identify performance bottlenecks
⚡ Introduction to Distributed Training With TensorFlow
⚡ 3 Hands-on Interactive projects
Requirements
❗ Deep Learning Basics
❗ Python Programming
Files:
[ WebToolTip.com ] Udemy - CUDA for Engineers - Accelerating Deep Learning PyTorch 2026- Get Bonus Downloads Here.url (0.2 KB) ~Get Your Files Here ! 1 - Introduction
- 1. Introducing the Course.mp4 (47.3 MB)
- 2. Part1.Cuda Course.pdf (1.2 MB)
- 2. Why AI should be fast on GPU.mp4 (37.9 MB)
- 3. Overview on GPU architectures and it's relation with Accelerations.mp4 (62.5 MB)
- 4. Cases when to use CUDA Go no-Go use cases.mp4 (27.2 MB)
- 10. Lab0. Training a Vanilla Network Locally with CUDA.mp4 (16.9 MB)
- 10. Lab0. Training a Vanilla Network with CUDA.ipynb.bin (4.2 KB)
- 5. CUDA setup Overview.html (12.9 KB)
- 5. Part2.Cuda Course.pdf (2.4 MB)
- 6. Prerequisites for Running CUDA Locally.mp4 (131.9 MB)
- 6. setting_up_cuda.pdf (302.0 KB)
- 7. Installing Pytorch For GPU.mp4 (17.1 MB)
- 8. Setting up CUDA in Google Colab.mp4 (32.4 MB)
- 9. Setting up CUDA in Kaggle.mp4 (37.0 MB)
- 1. CUDA Fundamentals.html (21.0 KB)
- 11. Overview.html (11.5 KB)
- 12. Cuda Programming Model Overview.mp4 (22.3 MB)
- 12. Part3. Cuda Fundamentals.pdf (1.7 MB)
- 13. Cuda Heterogenous Computing.mp4 (8.2 MB)
- 14. Writing Your First CUDA Kernel The 6-Step Execution Flow.mp4 (24.8 MB)
- 15. Lab 1.1 Writing a Cuda Kernel For Vector Addition in Google Colab.mp4 (39.4 MB)
- 16. Parallel Computing Cuda Blocks, Grids, Threads and Indexing.mp4 (55.0 MB)
- 17. Lab 1.2 Implementing Threads, Blocks and Grids concept into our CUDA code.mp4 (31.9 MB)
- 18. Lab 1.3 Understanding Thread Indexing and Recapitulation.mp4 (23.3 MB)
- 2. Cuda Fundamentals Part 2.html (21.0 KB)
- Lab 1 Resources and Correction.html (1.4 KB)
- Lab1. Cuda_Kernels_With_Google_Colab.ipynb (28.8 KB)
- Lab1cor_Cuda_Kernels_With_Google_Colab.ipynb (31.3 KB)
- Parallel Matrix Multiplication.html (2.5 KB)
- 19. Module Overview.html (11.5 KB)
- 20. Why do we need profiling.mp4 (16.0 MB)
- 21. Profiling and typical bottlenecks.mp4 (20.3 MB)
- 22. Pytorch Profiler.mp4 (79.6 MB)
- 23. Lab 2 Profiling With Tensorboard.mp4 (69.3 MB)
- 23. Lab2_tensorboard_with_pytorch.ipynb.bin (9.0 MB)
- 24. CLI Monitoring.html (14.0 KB)
- 25. Nvidia Nsight Profiler.html (17.3 KB)
- 26. Module Overview.html (11.2 KB)
- 27. Cuda With Pytorch.ipynb.bin (51.6 KB)
- 27. Cuda With Pytorch.pdf (168.4 KB)
- 27. Programing fundamentals of CUDA using Pytorch.mp4 (65.4 MB)
- 28. Lab 3 Executing CUDA programs and commands with Pytorch.html (7.5 KB)
- 29. Lab 3.1 Generalities, Device Informations, Tensor Operations.mp4 (96.9 MB)
- 30. Lab 3.2 Neural Networks on GPU.mp4 (108.1 MB)
- 31. Lab 3.3 Memory Management.mp4 (56.7 MB)
- 32. Lab 3.4 Profiling a Neural Network.mp4 (102.0 MB)
- 33. Best Practices.html (13.0 KB)
- 34. Project Introduction.html (12.8 KB)
- 35. Project Overview.mp4 (25.8 MB)
- 35. Project1local. Accelerating a CNN on CIFAR dataset.ipynb.bin (439.6 KB)
- 36. First Speedup Moving Computation to GPU.mp4 (61.6 MB)
- 37. Profiling and Performance Analysis.html (16.1 KB)
- 38. Understanding the Host-to-Device Transfer Bottleneck.html (13.6 KB)
- 39. Pinning Memory and Asynchronous transfers.mp4 (82.3 MB)
- 40. Data Prefetching.html (14.4 KB)
- 41. The Impact of Batch Size.mp4 (35.7 MB)
- 42. Multiprocess Data Loading.mp4 (80.7 MB)
- 43. Mixed Precision Training (AMP).mp4 (60.0 MB)
- 43. Part6.7. Automatic Mixed Precision.pdf (275.1 KB)
- 44. Implementing and Benchmarking AMP.mp4 (78.3 MB)
- 45. Extend the Project.html (12.6 KB)
- 46. End To End Project Tutorial.html (15.2 KB)
- Implementation exercice Accelerating a MobileNet for embedded Computer Vision.html (3.3 KB)
- Project2. Mobilenet_CIFAR10_Acceleration.ipynb (953.8 KB)
- Project2Correction. Mobilenet_CIFAR10_Acceleration copy.ipynb (958.3 KB)
- 47. End To End Project Tutorial.html (13.1 KB)
- 48. Data parallelism vs Model Parallelism.mp4 (46.6 MB)
- Bonus Resources.txt (0.1 KB)
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