What's New: Past Month

Knowledge Base feed

  1. Tool development tips

    Team development and source controlIt's easy for development team members to collaborate on Ghub. All the users listed on the development team of a tool have access to that tool's repo. So,...

    https://theghub.org/kb/development/dtips

  2. Using Python packages from Jupyter Notebooks

    The Jupyter tool is a useful place to develop Python, R, or Octave code and analyses in a notebook style. Hub users can easily share their notebooks with other users by publishing notebooks as...

    https://theghub.org/kb/development/usekernel

  3. Invoke scripts for Jupyter notebooks

    The Ghub tool invoke script is located in the tool's middleware/ subdirectory. When you first create a tool, the basic invoke script provided must be edited to work with Jupyter notebook...

    https://theghub.org/kb/development/invoke-scripts-for-jupyter-notebooks

  4. Using submit

    Submit functionality enables qualified users to execute certain codes on the compute cluster. In order to use submit functionality, you must have access to the HUBzero Workspace and be a member of...

    https://theghub.org/kb/development/using-submit

  5. Environment variables

    A number of environment variables are available in a Ghub tool session. A few are discussed here. A full list can be viewed by running the env command from a terminal in the Workspace tool, the...

    https://theghub.org/kb/development/envvars

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Resources feed

  1. Visualizing Glacier/Ocean Change

    21 May 2024 | Contributor(s):: Sophie Goliber, John Erich Christian

    A simple 1-D glacier model to teach students about glacier/ocean changes.

  2. Evaluating Machine Learning and Statistical Models for Greenland Bed Topography

    15 May 2024 | Contributor(s):: Homayra Alam, Katherine Yi, Angelina Dewar, Tartela Tabassum, Jason Lu, Ray Chen, Jianwu Wang, Sikan Li, Mathieu Morlighem, Omar Faruque

    Abstract:The purpose of this research is to study how different machine learning and statistical models can be used to predict bed topography in Greenland using ice-penetrating radar and satellite imagery data. Accurate bed topography representations are crucial for understanding ice sheet...

  3. Evaluating Machine Learning and Statistical Models for Greenland Subglacial Bed Topography

    15 May 2024 | Contributor(s):: Homayra Alam, Katherine Yi, Angelina Dewar, Tartela Tabassum, Jason Lu, Ray Chen, Sikan Li, Mathieu Morlighem, Omar Faruque, Jianwu Wang

    Abstract:The purpose of this research is to study how different machine learning and statistical models can be used to predict bedrock topography under the Greenland ice sheet using ice-penetrating radar and satellite imagery data. Accurate bed topography representations are crucial for...

  4. REU_Final_Presentation

    15 May 2024 | Contributor(s):: Homayra Alam, Katherine Yi, Angelina Dewar, Tartela Tabassum, Jason Lu, Ray Chen, Omar Faruque, Sikan Li, Mathieu Morlighem

    Abstract:The purpose of this research is to study how different machine learning and statistical models can be used to predict bedrock topography under the Greenland ice sheet using ice-penetrating radar and satellite imagery data. Accurate bed topography representations are crucial for...

  5. Evaluating Machine Learning and Statistical Models for Greenland Subglacial Bed Topography

    15 May 2024 | Contributor(s):: Homayra Alam, Jianwu Wang, Tartela Tabassum, Katherine Yi, Angelina Dewar, Jason Lu, Ray Chen, Omar Faruque, Mathieu Morlighem, Sikan LI

    Abstract:The purpose of this research is to study how different machine learning and statistical models can be used to predict bedrock topography under the Greenland ice sheet using ice-penetrating radar and satellite imagery data. Accurate bed topography representations are crucial for...

Top 5 shown

Wiki Pages feed

  1. Main Page

    What are wiki pages? Wiki pages are user-written articles on a range of subjects. Any contributor or a group of contributors can create (and own) new articles, and there can be multiple articles...

    https://theghub.org/groups/ismip7_gris_ocean_forcing_fg/wiki/MainPage

Top 1 shown