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Scientific topics: Workflows 


Event types: Workshops and courses 


Online: true 


Keywords: eLearning  or EeLP  or Linux  or Medicine  or lifescience  or Workflows 

  • CWLEXEC: Run Common Workflow Language on HPC with IBM Spectrum LSF

    28 February 2018

    CWLEXEC: Run Common Workflow Language on HPC with IBM Spectrum LSF The [Common Workflow Language (CWL)]( is a community-led specification for describing analysis _workflows_ and tools in a way that makes them portable and scalable across a variety of software and hardware environments, from workstations to cluster, cloud, and _high performance computing_ (HPC) environments. [IBM Spectrum LSF]( (formerly IBM Platform LSF) is a complete workload management solution for demanding HPC environments. Featuring intelligent, policy-driven scheduling, it helps organizations accelerate research and design while controlling costs through superior resource utilization. Recognizing the popularity of CWL among LSF users, we introduce a new open source project **CWLEXEC** to support running CWL workflows on LSF. The project will feature smooth integration with LSF with high efficiency and scalability, self-healing of workflows, support user-specified submission options while keeping CWL definitions portable, and other benefits. * **Title**: CWLEXEC: A new open source tool to run CWL workflows on LSF * **Presenter:** Qingda Wang, Principal Architect, IBM Spectrum LSF Family Products and OEM * **Time**: 2018-02-28 14:00 GMT / 15:00 CET 2018-02-28 14:00:00 UTC 2018-02-28 15:00:00 UTC BioExcel Bioinformatics Genomics Workflows University of ManchesterBioExcel CoE Stian Soiland-Reyes [] bioinformaticiansHPC users workshops_and_courses registration_of_interest WorkflowsCWLHPCLSF
  • H3ABioNet 2018 Genotyping Chip Data Analysis and GWAS lecture series - Lecture 1

    20 August 2018

    H3ABioNet 2018 Genotyping Chip Data Analysis and GWAS lecture series - Lecture 1 #### Computational requirements for running the H3ABioNet GWAS workflows The first of a series of seven online lectures for Genome Wide Association Studies (GWAS) will cover the technical requirements for setting up a your computational environment for running the H3ABioNet GWAS workflows. In this inaugural lecture of the series, Prof. Hazelhurst will cover the the following topics: Installing and using Nextflow Installing and using Github Use of containers for packaging and running tools Pulling the GWAS pipeline from Github and running it As this lecture aims to provide attendees with an environment to the run the H3ABioNet GWAS workflow at their own pace, there are some preliminary software requirements: Either a Linux machine or an Apple running macOS Ideally you should have machine with at least 2-4 cores and 8GB of RAM. Java 8 Nextflow installed (see installation instructions at Python 3 Please also install either Docker OR the following dependencies using pip3: Pandas, Matplotlib, Openpyxl, SciPy, NumPy PLINK 1.9 [Please also refer to the following documentation to obtain the H3ABioNet GWAS workflow]: 2018-08-20 15:00:00 UTC 2018-08-20 16:30:00 UTC H3ABioNet Population genomics Genotyping experiment Computational biology Workflows GWAS study Bioinformatics H3ABioNet H3ABioNet Anyone intersted in GWAS and using the H3Africa genotyping chipAnyone who wants to learn more about GWAS workshops_and_courses [] NextflowDockerH3ABioNetGWASWorkflowsGenotyping array analysis bioinformaticsAfricaPopulation GenomicsReproducible ScienceH3Africa genotyping arrayHigh performance computingCloud computingGWAS workflowH3ABioNet GWAS 2018 Lecture Series

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