Acknowledging the support of the High Performance Computing Cluster (HPCC) in your research report, journal, or publications is essential. This recognition demonstrates the value and impact of the HPCC on your research, which is important for us in acquiring additional funding and resources. The recommended acknowledgement for publications is as follows: The author(s) of the […]
By default, each user is allocated a Home directory (/icto/user/$USER) and a Data directory (/data/home/$USER) for data storage. Additionally, three scratch directories (/scratch, /scratch2, /scratch3) are available for temporary storage during job execution. For FHS users, the Data directory is located at (/home/$USER). Faculty members and PIs have the option to purchase additional disk storage […]
Singularity (https://sylabs.io/singularity/) enables users to have full control of their environment. Singularity containers can be used to package entire scientific workflows, software and libraries, and even data. This means that you don’t have to ask your cluster admin to install anything for you, you can put it in a Singularity container and run. Did you […]
The Job Composer allows you to create and manage batch job submissions through a web interface. To create jobs through Open OnDemand dashboard (https://login2.coral.um.edu.mo/), navigate to Jobs > Job Composer from the dashboard. Creating a Job from Selected Job: To create a new job based on an existing one, select New Job > From Selected […]
The Job Composer allows you to create and manage batch job submissions through a web interface. To create jobs through Open OnDemand dashboard (https://login2.coral.um.edu.mo/), navigate to Jobs > Job Composer from the dashboard. Creating a Job from Specified Path: When creating a job from a specified path, please ensure that your scripts are present in […]
The Job Composer allows you to create and manage batch job submissions through a web interface. To create jobs through Open OnDemand dashboard (https://login2.coral.um.edu.mo/), navigate to Jobs > Job Composer from the dashboard. Creating a Job from a Template: On the Job Composer page, you can create a job from different templates. Simply navigate to […]
In the Open OnDemand dashboard (https://login2.coral.um.edu.mo/), you can launch an interactive Software MATLAB on a compute node within HPCC Coral using the noVNC client through a web browser. This allows you to have full access to the resources provided by these nodes. To launch a noVNC session, click on the MATLAB icon on the dashboard. […]
In the Open OnDemand dashboard (https://login2.coral.um.edu.mo/), you can launch an interactive Software Jupyter Notebooks on a compute node within HPCC Coral using the noVNC client through a web browser. This allows you to have full access to the resources provided by these nodes. To launch a noVNC session, click on the Jupyter Notebooks icon on […]
In the Open OnDemand dashboard (https://login2.coral.um.edu.mo/), you can launch an interactive desktop on a compute node within HPCC Coral using the noVNC client through a web browser. This allows you to have full access to the resources provided by these nodes. To launch a noVNC session, Select Interactive Desktop and then choose a PARTITION (e.g., […]
In the Open OnDemand dashboard (https://login2.coral.um.edu.mo/), you can access the Web-Based Active Jobs by selecting Jobs and then choosing Active Jobs from the menu, or simply clicking on the icon on the dashboard. It will display a list of your queued and running batch jobs on the cluster. You can easily Filter and Sort the […]