Introduction to HPC

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Machine Learning on HPC

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Introduction to Parallel Computing

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Introduction to Containers on HPC

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Data Management Workshops

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Nvidia Workshop

Nvidia workshop taught by Nvidia staff.
Free lunch.  Pizza will be provided at Noon.
This workshop will have Nvidia staff present.  You can learn about their technologies particularly with Machine Learning and AI, ask them questions 

Abstract

In this session we will cover some of the most popular and effective GPU accelerated libraries that give high performance without the requirement of writing your own custom GPU code. We will cover CUDA-X which has libraries for math, image/video processing, deep learning, and GPU tailored partner libraries. On top of CUDA-X we will cover RAPIDS which will target data science and data analytics workloads. We will conclude the session with interactive coverage of NVIDIAs profiling tools. We will conclude with a brief coverage of Python specific tools we have like CuPy and Numba for customizable GPU accelerated code. By the end of the workshop, you'll have the skills to utilize existing GPU accelerated libraries and write your own Python codes with NVIDIA GPUs!

Learning Objectives:

• Introduce RAPIDS and CUDA-X for drop-in GPU-accelerated libraries
• Introduce CuPy and Numba for GPU accelerated Python code 

Matlab Training

Matlab Online Training

Matlab offers a number of free tutorials including these ones:

• Training Overview
• Machine Learning Onramp
• Deep Learning Onramp

Resources from the recent workshop:

• Slides and Exercises from today’s workshop can be downloaded at - https://tinyurl.com/DeepLearning-MATLAB-Arizona
• Free online training - Introduction to MATLAB - MATLAB Onramp
• Free in-depth MATLAB training – MATLAB Fundamentals
• Free online training - Introduction to Deep Learning – Deep Learning Onramp
• Free in-depth Deep Learning training  - Deep Learning with MATLAB
• More Resources (e-books, videos) and Examples (to help you get started with your projects)
• University of Arizona MATLAB Portal Page (Access and download MATLAB, MATLAB Online, Self-paced trainings, Technical Support and other resources)

Matlab Workshops at UArizona

Deep Learning In Matlab

October 28, 2021

Learn how you can use MATLAB to apply deep learning techniques to your work whether you’re designing algorithms, preparing and labeling data, or generating code and deploying to embedded systems.  For resources shared at the workshop see the bottom of this page.

Details

Tackling Big Data with Matlab

April 5, 2022

In this seminar you will learn strategies and techniques for handling large amounts of data in Matlab. New big data capabilities in Matlab will be highlighted including tall arrays.

Details

Singularity Training

Singularity containers let users run applications in a Linux environment of their choosing.  This is different from Docker which is not appropriate for HPC due to security concerns.  Singularity is like a container for Docker images, but is not just for Docker.  

The most important thing to know is that you create the singularity container called an image on a workstation where you have root privileges, and then transfer the image to HPC where you can execute the image. If root authority is an issue then the answer might be a virtual environmen t on your laptop, like Vagrant for MacOS

For an overview and more detailed information refer to:
Singularity Quick Start

Here are some of the use cases we support using Singularity:

• Portability and reproducibility
• You already use Docker and want to run your jobs on HPC
• You want to preserve your environment so that a system change will not affect your work
• You need newer or different libraries than are offered on HPC systems
• Someone else developed the workflow using a different version of linux
• You prefer to use something other than Red Hat / CentOS, like Ubuntu 

Introduction to OpenMP

This PDF file is a presentation from a series called Xsede * HPC Workshop.

* XSEDE, the Extreme Science and Engineering Discovery Environment, is the most advanced, powerful, and robust collection of integrated digital resources and services in the world. It is a single virtual system that scientists and researchers can use to interactively share computing resources, data, and expertise. XSEDE integrates the resources and services, makes them easier to use, and helps more people use them.