Linux for Scientific Computing Masterclass - 10.5 Hours

Name: Linux for Scientific Computing Masterclass - 10.5 Hours
Rating: 3.9 (141 reviews)

Linux Command Line Masterclass for Bash Shell Scripting, HPC Job-schedulers, PBS Pro, Slurm and Bright Cluster Manager

Created byScientific Programmer™ Team, Scientific Programming School

Last updated 4/2021

English

What you'll learn

Linux command line for HPC and Supercomputing
Sysadmin for Supercomputing
Job schedulers and batch systems (Slurm and PBS Pro)
Scientific computing with virtualisation
Supercomputing software stack
Linux Scripting- Bash, REGEX, AWK, SED, GREP
Linux Storage Management
Linux Networking - Bonding, Teaming, NTP configurations

Course content

10 sections • 76 lectures • 10h 45m total length

Welcome!0:58
Why Buy this Course?1:11
Discover practical Linux for scientific computing through clear video explanations, start-from-zero concepts, with hands-on projects, challenges, and exercises, plus lifetime access and a 30-day money-back guarantee.
Instructor0:29
Free Interactive Shell for Practicing Linux for Scientific Computing0:36
Experiment with a free interactive shell designed for practicing Linux in scientific computing. Learn how the shell works and get started with the course.
Linux for HPC systems5:05
Explore Linux for high-performance computing (HPC) workloads on enterprise systems, learning to log in, run jobs with schedulers like Slurm and PBS, and build a virtual HPC environment.
Benefits of using a HPC system4:47
Discover the benefits of high performance computing systems for solving problems with optimized numerical libraries and parallel workloads, including large memory, reliability, and fast private networks for job submission.
Linux Command Line with Interactive Shell3:05
Explore the linux command line as a text interface and use the interactive shell to run commands and write shell scripts. Switch between Ubuntu and Red Hat with a click.
HPC systems components2:13
Explore the components of a high-performance computing system, including login nodes, head nodes, storage nodes, and compute nodes, connected by high-performance interconnects and managed by a job scheduler.
Setup a HPC system with virtual machines5:18
Access to HPC2:52
Data Transfer1:10

Linux commands20:14
Redirection23:56
Piping25:09
Aliases11:49
Folders and files17:49
Wild-cards13:37
Delete19:17
Copy and move11:03
Edit files19:48
Create diary.txt with nano on the desktop, edit content, save with write out, and exit with ctrl+x; use read file, whereis, search, replace, cut, paste, and undo/redo.
Locate13:41
Find41:14
View20:11
Learn to read, concatenate, and manipulate files using cat, tac, and rev, and to navigate output with less, head, and tail in Linux pipelines for efficient data workflows.
Sort16:34
Search13:58
Archive19:18
Learn how to create tarballs, archive files with tar (c, v, f), list and test contents, and compress with gzip or bzip2, then extract and verify results.
Cron jobs21:31
Shell commands - Cheatsheet

Hello! Bash0:59
Hello World!3:57
Bash variables and functions1:29
Bash auguments0:14
Variables1:55
Quotes0:39
Read input0:08
Arithmatics2:14
Explore arithmetic in bash scripts by defining variables A and B, performing sum and difference with double parentheses, and echoing results.
Conditionals13:53
Bash Loops1:28
Loops11:31
Learn bash loops by scripting a range 1 to 10 with a for loop, employing backticks for command substitution, and building a while-based menu with input and exit handling.
Functions6:50
Bash arrays0:31
Scriping Example6:17

HPC Jobs2:33
HPC Job Schedulers1:38
Explore HPC job schedulers, including the Portable Batch System and Slurm, comparing PBS variants and open source options, and learn how these workload managers allocate computing resources on supercomputers.
Slurm Commands2:45
Slurm script - Example2:47
PBS Commands1:44
PBS Script - Example1:47
Discover how to write a PBS job script as a bash script with a shebang, including resource requests like walltime, select, and mem.

Requirements

Access to a computer system for virtualisation

Description

This is the first ever Linux Command Line Administration Masterclass for HPC and Scientific Computing on the Udemy platform. The 10.5+ hours of premium quality video instructions will be helpful both for the aspiring Linux and High-performance/ Scientific computing systems users, who must run applications on thousands of nodes.

WHY LINUX FOR SCIENTIFIC COMPUTING?

If you look at the current Top500 supercomputer rankings, majority out of the 500 just simply say they are running Linux and graduates from any disciplines with Linux, HPC and Scientific Computing knowledge are being paid salary over $100K on average. Linux has long provided an outstanding operating system for a wide range of users in a variety of settings. Therefore, this course is titled "Linux for HPC Systems and Supercomputing".

Students purchasing this course will receive free access to the interactive version (with Scientific code playgrounds) of this course from the Scientific Programming School. Instructions to join are given in the bonus content section. Upon successful completion, students will have the knowledge and skills to:

Use & administer Linux-based HPC systems with proficiency and confidence; and
Use Linux HPC computing and software appropriately in scientific or engineering problems.

Students purchasing this course will receive free access to the interactive version (with Scientific code playgrounds) of this course from the Scientific Programming School (SCIENTIFIC PROGRAMMING IO). Based on your earlier feedback, we are introducing a Zoom live class lecture series on this course through which we will explain different aspects of Linux command line for Data analytics. Live classes will be delivered through the Scientific Programming School, which is an interactive and advanced e-learning platform for learning scientific coding.

MONEY BACK GUARANTEE IF NOT 100% SATISFIED!

When you enroll you will get lifetime access to all of the course contents and any updates and when you complete the course 100% you will also get a Certificate of completion that you can add to your resumé/CV to show off to the world your new-found Linux & Scientific Computing Mastery! Don't forget to join our Q&A live community where you can get free help anytime from other students and the instructor. This awesome course is a component of the Learn Scientific Computing master course.

So What are you Waiting For? Click that shiny enroll button and we'll See you inside ;) FIVE STARS ⭐⭐⭐⭐⭐ 10.5+ HRS OF AWESOME VIDEOS!

Who this course is for:

Students, researchers and programmers from any discipline

Linux for Scientific Computing Masterclass - 10.5 Hours

What you'll learn

Explore related topics

Course content

Introduction11 lectures • 28min

Linux Commands17 lectures • 5hr 9min

Software7 lectures • 1hr 4min

Storage2 lectures • 12min

Networking6 lectures • 2hr 15min

Scripting14 lectures • 52min

Advanced7 lectures • 5min

Jobs Scheduling6 lectures • 13min

Database and Exports2 lectures • 23min

Additional Contents4 lectures • 5min

Requirements

Description

Who this course is for: