Linux articles - Physics IT Support Help Pages
- Introduction to the Ubuntu desktop
- Getting started with the Unity interface for Ubuntu
- Access Central Physics files from Linux
- Access to Windows H drive from the Linux GUI
- Adding Printers in Linux
- How to connect to a Sharp printer from a Linux computer
- Basic configuration of Exceed and puTTY
- Graphical display from Linux to Windows - Configuring Exceed to run as an Xserver on a windows machine
- Central Linux Home directories
- Central Linux Home directories
- Central Linux terminal servers / interactive machines
- Connecting the the Central Linux infrastructure
- Connecting to PP Interactive Servers
- Connecting to PP Interactive Servers
- Connecting to the Wireless in Physics using Ubuntu
- This page details how to connect to Physics_S using Ubuntu
- External access to files within physics
- How to access files on the physics shared storage systems from outside the department
- Intel Compiler Set-Up in AOPP
- Intel compiler set-up in AOPP
- Intel Compilers
- Intel FORTRAN and C++ compilers, including Intel Math Kernel Library.
- Intel Compilers from University Servers Installation Instructions
- Intel Compilers from University Servers Installation Instructions
- laptops and network software
- How to enable the network software on laptops
- Legacy Particle Physics Linux Batch Farm
- Linux Network Software
- How to activate software installed on networked locations
- LinuxDesktops
- Summary of the Linux desktops infrastructure
- Managing Data Files
- How to manage files and directories in data areas
- multirun - running serial programs in parallel on the astro or theory HPC clusters
- Information on using the multirun program to run serial programs on HPC systems
- Obtaining kits on a Linux system
- Instructions for obtaining kits from the local kits server on a Linux system.
- Particle Physics Linux Systems
- Go-to page for PPUnix queries
- Particle Physics Linux Systems Background
- The current strategy in Particle Physics is to use commodity priced systems running Microsoft Windows for the desktop. These provide all the usual applications, MS Office, Email, etc and access to Particle Physics Unix servers via X Windows (Exceed)
- Particle Physics Unix personal web space
- Web pages hosted by the unix systems
- Physics SSH Access
- Connecting to a Linux/macOS computer inside the department via an SSH gateway
- Power saving
- Minimizing the Power Consumption of IT Equipment
- PPUnix - Best Practice
- Best Practice for Using Particle Physics Interactive Nodes
- PPUNIX FAQ
- Frequently Asked Questions about the Particle Physics Unix systems
- PPUnix remote access
- Remote access to the ppunix cluster
- QtiPlot
- Scientific data analysis and visualisation.
- rdesktop
- A remote desktop client for Linux
- Recommend software and hardware for Ubuntu
- Basic software and hardware recommendations for Ubuntu Linux
- Remote log-in to central Linux machines
- How to log in to from one central linux machine to another
- Running long jobs while away from your Centrally Managed Ubuntu desktop
- Running long jobs while away from your r Centrally Managed Ubuntu (or other Linux) desktop
- Self Service
- Easy installation of software.
- Self Service On Linux
- Self service on Ubuntu systems
- Software on the Particle Physics Linux Cluster
- How to use software available from the Particle Linux systems
- Storing files on desktops in AOPP
- Storing files on desktops in AOPP
- Theoretical Physics Linux Desktop System
- An overview of the Theory Linux Desktop Systems
- Thunderbird mail on Linux
- Thunderbird mail on Linux
- VPN access on Linux
- Access to the department via VPN on Linux
- Windows on Linux
- Windows on Linux
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