Mathematical and Statistical Application – Maple
Description: Table of Contents Overview Installation Setting up the environment and invoking from a Research Computing server FAQs Useful links Additional help Overview Maple is a comprehensive computer system for advanced symbolic mathematics. It includes facilities for interactive algebra, calculus, discrete mathematics, graphics, numerical computation and many other areas of mathematics. It also provides a unique […]
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Research Computing: Applications
Description: The following four categories of application packages are available for use on the Research Computing servers. For some software packages, you can install a local copy of the software by checking out a license from the license server when invoking the software. UNC Software Acquisitions Office is your best resource for information about how each […]
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Mathematical and Statistical Application – Matlab
Description: Table of Contents Overview Installation Setting up the environment and invoking from a Research Computing server Submitting Matlab jobs on a Research Computing server Tutorials FAQs Useful links References Additional help Overview Matlab is a high performance language for technical computing. Computation, visualization, and programming are integrated in an easy-to-use environment. Matlab can be used […]
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Mass Storage
Description: Overview FAQs Appropriate Use Things to Avoid Creating and Accessing Space How Do I Put Files There? Availability of Accidentally Deleted Files Long Term Storage of Files How does mass storage work? Additional help Overview The Mass Storage system (also known as StorNext or /ms) is intended to be used for archiving research data files […]
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Scientific Software Applications
Description: The Research Computing group offers a wide variety of scientific software applications and tools for researchers on campus. These software applications are available for many of the Research Computing servers. Selecting any of the applications below will lead you to a listing of the information provided by the Research Computing group about that application, including […]
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Gaussian: Tutorial on Water Single Point Energy and the Command Line
Description: Table of Contents Introduction Setup on the Available Clusters Run Gaussian in scratch space Tutorial Steps Running Gaussian on the Clusters Additional Links Introduction You can use command line execution to create and save a Gaussian input file. Below is an example based on restricted Hartree-Fock calculations on a 6-31G(d) basis set for water single […]
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