Compiling and Installing GPU-Supported TensorFlow 1.8.0 from Source on Ubuntu 18.04

Compiling and Installing GPU-Supported TensorFlow 1.8.0 from Source on Ubuntu 18.04

When I first used Linux, the first thing I wanted to do was install the GPU version of TensorFlow. I found a great guide, but even considering that, I spent over 40 hours on the installation. In this article, I want to save you time and share my experience. Below you will find an updated … Read more

Installing and Downloading TensorFlow on Windows, Linux, and Mac OS

Installing and Downloading TensorFlow on Windows, Linux, and Mac OS

Installing TensorFlow on Windows Installing Python First, you need to install Python on your Windows system. It is recommended to use the official Python distribution, which is Anaconda, as it comes with many scientific computing libraries, such as numpy and scipy, which are also used in TensorFlow. You can download and install Anaconda from the … Read more

Official TensorFlow 2.0 Distributed Training Tutorial

Official TensorFlow 2.0 Distributed Training Tutorial

Click the above “Beginner Learning Vision” to select Star or Pin. Important content delivered promptly This article is transferred from | Computer Vision Alliance Overview tf.distribute.Strategy is a TensorFlow API used to distribute training across multiple GPUs, multiple machines, or TPUs. With this API, you can distribute existing models and training code with minimal code … Read more

Using GPU with TensorFlow: Specifying Device with tf.device Function

Using GPU with TensorFlow: Specifying Device with tf.device Function

TensorFlow programs can specify the device for each operation using the tf.device function. This device can be a local CPU or GPU, or it can be a remote server. TensorFlow assigns a name to each available device, and the tf.device function can specify the device for executing operations using the device’s name. For example, the … Read more

Step-by-Step Guide to Install TensorFlow GPU Version

Step-by-Step Guide to Install TensorFlow GPU Version

Introduction The main difference between the CPU version and the GPU version is the running speed; the GPU version runs faster. Therefore, if your computer’s graphics card supports CUDA, it is recommended to install the GPU version. The CPU version requires no additional preparation and can generally be installed on any computer without needing a … Read more

Summary of Multi-GPU Parallel Training with PyTorch

Summary of Multi-GPU Parallel Training with PyTorch

Click the “Beginner’s Guide to Vision” above, and choose to add “Star” or “Top“ Heavy content delivered promptly Why Use Multi-GPU Parallel Training In simple terms, there are two reasons: the first is that the model cannot fit on a single GPU, but can run completely on two or more GPUs (like the early AlexNet). … Read more

Advanced PyTorch: Training Deep Neural Networks on GPU

Advanced PyTorch: Training Deep Neural Networks on GPU

Click on the above “Beginner Learning Visuals” to select “Star” or “Pin” Important content delivered to you first Selected from | Medium Author | Aakash N S Contributors | Panda This article is the fourth in this series and will introduce how to train deep neural networks using PyTorch on a GPU. In previous tutorials, … Read more

9 Quick Tips for Training Neural Networks with Pytorch

9 Quick Tips for Training Neural Networks with Pytorch

Source: Read Chip Technology This article is approximately 4800 words, and it is recommended to read it in 10 minutes. This article introduces 9 tips for training neural networks using Pytorch. Image Source: unsplash.com/@dulgier In fact, your model may still be at the level of the Stone Age. You might still be training with 32-bit … Read more

9 Tips to Speed Up Your PyTorch Model Training

9 Tips to Speed Up Your PyTorch Model Training

Click the above “Beginner’s Guide to Vision” to select “Star” or “Top” Heavyweight content delivered first-hand This article is sourced from | Visual Algorithms Don’t let your neural network end up like this Let’s face it, your model might still be stuck in the Stone Age. I bet you’re still using 32-bit precision or GASP … Read more

Summary of Common Tricks in PyTorch

Summary of Common Tricks in PyTorch

Author: z.defying Reprinted from: Datawhale Table of Contents: 1 Specify GPU ID 2 View Model Layer Output Details 3 Gradient Clipping 4 Expand Dimensions of a Single Image 5 One-Hot Encoding 6 Prevent Out of Memory When Validating Model 7 Learning Rate Decay 8 Freeze Parameters of Certain Layers 9 Use Different Learning Rates for … Read more