CryoDataBot

CryoDataBot is an automated pipeline designed to streamline dataset generation for cryogenic electron microscopy (cryoEM)-based atomic model building. It supports large-scale AI training and benchmarking by providing standardized tools for data retrieval, preprocessing, labeling, and quality control. CryoDataBot enables flexible configurations for diverse biomolecular structures, improves modeling reproducibility, and facilitates retraining of AI models such as U-Net and CryoREAD. ...

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Portable genotype-free demultiplexing benchmarkign pipeline.

A portable pipeline for benchmarking genotype-free single-cell demultiplexing methods on simulated data.

The pipeline is designed to be generelisable to different datasets with arbitrary numbers of simulated mulitplexed samples. All software as part of pipeline is run through apptainer containers to ensure reproducibility and ease of use. The pipeline is designed to be run on a cluster with a slurm scheduler, but can be run locally ...

EC-Earth3 workflow with wrappers running in MeluXina with Autosubmit 3, used to assess the effects of task aggregation on queueing times. Workflow configuration is based on the Auto-EC-Earth3's testing suite [1].

In order to reduce the size of the workflow, the /proj and /tmp directories have been deleted. Additionally, the experiment has been cleaned up with the Autosubmit cleanup command. Authorized users will be able to fetch the project files from the original remote source.

[1] Garcia Lopez, ...

EC-Earth3 workflow with wrappers running in MeluXina with Autosubmit 3, used to assess the effects of task aggregation on queueing times. Workflow configuration is based on the Auto-EC-Earth3's testing suite [1].

In order to reduce the size of the workflow, the /proj and /tmp directories have been deleted. Additionally, the experiment has been cleaned up with the Autosubmit cleanup command. Authorized users will be able to fetch the project files from the original remote source.

[1] Garcia Lopez, ...

EC-Earth3 workflow with wrappers running in MareNostrum 5 with Autosubmit 3, used to assess the effects of task aggregation on queueing times. Workflow configuration is based on the Auto-EC-Earth3's testing suite [1].

In order to reduce the size of the workflow, the /proj and /tmp directories have been deleted. Additionally, the experiment has been cleaned up with the Autosubmit cleanup command. Authorized users will be able to fetch the project files from the original remote source.

[1] Garcia ...

EC-Earth3 workflow with wrappers running in MareNostrum 5 with Autosubmit 3, used to assess the effects of task aggregation on queueing times. Workflow configuration is based on the Auto-EC-Earth3's testing suite [1].

In order to reduce the size of the workflow, the /proj and /tmp directories have been deleted. Additionally, the experiment has been cleaned up with the Autosubmit cleanup command. Authorized users will be able to fetch the project files from the original remote source.

[1] Garcia ...

EC-Earth3 workflow with wrappers running in MareNostrum 4 with Autosubmit 3, used to assess the effects of task aggregation on queueing times. Workflow configuration is based on the Auto-EC-Earth3's testing suite [1].

In order to reduce the size of the workflow, the /proj and /tmp directories have been deleted. Additionally, the experiment has been cleaned up with the Autosubmit cleanup command. Authorized users will be able to fetch the project files from the original remote source.

[1] Garcia ...

EC-Earth3 workflow with wrappers running in MareNostrum 4 with Autosubmit 3, used to assess the effects of task aggregation on queueing times. Workflow configuration is based on the Auto-EC-Earth3's testing suite [1].

In order to reduce the size of the workflow, the /proj and /tmp directories have been deleted. Additionally, the experiment has been cleaned up with the Autosubmit cleanup command. Authorized users will be able to fetch the project files from the original remote source.

[1] Garcia ...