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It also gets created by running the configure script on the same computer that the program is going to run on.Ubuntu 18.04, CUDA 10.1, libcudnn 7.5.1 and NVIDIA 418.67 drivers Notes It contains all the instructions that are used to build a program for a specific computer from source code. The MakeFile is a text file that’s made up of shell commands unless specified otherwise. It can also be used by graphical and command-line programs from anywhere on the computer.
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It helps the system know where to install files, find programs, and check for user and system settings. The Environment Variable is a variable that’s automatically created and maintained by the computer. It can also reference the stored value by placing a dollar sign in front of the existing variable name.
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It can assign or update a value by placing an equals sign between the specified variable name and value without a space around it. The Variable is the container that’s used to store different types of values. It can also be optimized to improve the throughput, response time, and power and memory consumption before being used in the real world. It can make a prediction by performing the forward pass without including the backward pass to compute the error and update the weights. The Inference is the process of using the trained model to make predictions about unseen data. It also requires the Linux package manager to access, extract, and install it. It gets stored in the repository that contains all the programs for a specific Linux distribution.
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The Binary Package is an archive file that contains the files and directories needed to make its containing program work properly. This helps provide a high level of security while making it easy to install programs in Linux distributions. It needs to be present in the source list for the computer to install or update its containing packages. The Repository is a storage location for binary packages that are located on remote servers. It also installs the latest versions by default but it can install a specific version. It shows which devices need drivers and what packages are needed.
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Ubuntu-Drivers is a program that’s used to show and install third-party driver packages that are available for the hardware on the computer. It also features a clean icon-less desktop, powerful search, tasks overview, and desktop extensions. It provides a unique user interface that’s designed to focus on tasks and remove distractions. GNOME 3 is a very popular desktop environment that has a simple, easy to use, and reliable user experience.
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It also determines what the system looks like and how to interact with it. It includes components like the windows manager, panels, menus, system tray, icons, and widgets. The Desktop Environment is a collection of programs on top of an operating system that makes up the graphical user interface. This provides a graphical user interface for the Ubuntu Linux distribution. It installs a metapackage that contains all the packages that make up the desktop environment which uses GNOME 3 by default. Ubuntu Desktop is a desktop operating system that’s known for being fast, secure, and free. Install the Python Environment for AI and Machine Learning Install Virtual Environments in Jupyter Notebook 04. Install and Manage Multiple Python Versions 02. Install the Python Environment for AI and Machine Learning Mac: 01. Install Virtual Environments in Jupyter Notebook 05. Install the NVIDIA CUDA Driver, Toolkit, cuDNN, and TensorRT 03. Install Ubuntu Desktop With a Graphical User Interface (Bonus) Windows 10: 01. Install the Python Environment for AI and Machine Learning 07. Install Virtual Environments in Jupyter Notebook 06. Install the NVIDIA CUDA Driver, Toolkit, cuDNN, and TensorRT 04. Install and Manage Multiple Python Versions 03.
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Install Windows Subsystem for Linux 2 02. Install the Python Environment for AI and Machine Learning WSL2: 01. It also includes articles that contain instructions with explanations and screenshots to help readers learn about what’s happening. It includes articles that contain instructions with copy and paste code and screenshots to help readers get the outcome as soon as possible. This article is part of a mini-series that helps readers set up everything they need to start learning about artificial intelligence, machine learning, deep learning, and or data science.