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7 events found

City: Kensington 

  • NVIDIA High Performance Visualisation

    9 July 2021

    NVIDIA High Performance Visualisation https://staging.dresa.org.au/events/nvidia-high-performance-visualisation NVIDIA Omniverse is an open platform built for virtual collaboration and real-time physically accurate simulation. Complex creator, designer, and engineering visual workflows are transformed as users and teams connect major design tools, assets, and projects for collaborative iteration in a shared virtual space. The recently released Omniverse ParaView Connector gives scientists a familiar path for getting their data into Omniverse. Via the connector, scientists can continue to use ParaView’s powerful infrastructure for data ingestion and filtering before ultimately importing it to Omniverse to create rich, impactful visualizations. But, importing scientific data to Omniverse does not just enable cinematic visualization using the latest rendering technologies. It also connects that data to the broader ecosystem of content creation and rendering tools already connected to Omniverse. This session will demonstrate the basic workflow of the Omniverse ParaView Connector and how scientists can start using it for their own visualization projects. 2021-07-09 09:00:00 UTC 2021-07-09 10:00:00 UTC Pawsey Supercomputing Research Centre Kensington, Australia Kensington Australia Pawsey Supercomputing CentreNVIDIA training@pawsey.org.au [] [] webinar open_to_all data visualisation

  • Virtual Tour: Meet Magnus for the last time

    17 August 2021

    Virtual Tour: Meet Magnus for the last time https://staging.dresa.org.au/events/virtual-tour-meet-magnus-for-the-last-time Join the Pawsey Supercomputing Research Centre as we take you on a live tour of the facility – your last opportunity to meet the Magnus Supercomputer, before it is replaced by Setonix, a supercomputer 30x more powerful than its predecessors. The tour will be live streamed on Pawsey’s facebook page – www.facebook.com/pawseycentre 2021-08-17 09:00:00 UTC 2021-08-17 10:00:00 UTC Pawsey Supercomputing Research Centre 1 Bryce Ave, Kensington, Australia 1 Bryce Ave Kensington Australia 6151 Pawsey Supercomputing Research Centre help@pawsey.org.au [] [] webinar open_to_all supercomputerHPC

  • Introduction to Nextflow for Data Intensive Pipelines

    25 August 2021

    Kensington, Australia

    Introduction to Nextflow for Data Intensive Pipelines https://staging.dresa.org.au/events/introduction-to-nextflow-for-data-intensive-pipelines * Does your research require the setup of complex workflows to analyse ever growing amounts of data? * Do you find it time consuming to write and maintain your computational pipelines, and to deploy them on different infrastructures? * Has prototyping, testing and deploying your containerised workflow led to code repetition - making your workflow readable only to you? Finally, what if you could use a framework to create quick prototypes by simply swapping configurations – enabling you to run the same workflow locally using Docker or on HPC using Slurm and Singularity. Would you be interested in learning more? Nextflow is such a framework. Popular within the bioinformatics community, Nextflow can be used in any data intensive research domain, including planetary sciences, space sciences, radio astronomy, oceanography, geological sciences, and more. In this session, we’ll present a use case in planetary science. The purpose of this event is to provide mostly, but not exclusively, HPC users with an overview on how to develop new and redevelop existing workflows using not only Nextflow but also industry accepted best practices, including code modularity and reuse, rapid prototyping and deployment, and platform independence. We will use a real use case of development and redevelopment of an HPC-focused workflow. Practical issues that commonly arise in such a project will be discussed. Join us to learn more: • Dr. Marco De La Pierre will present an overview and the fundamental concepts of the Nextflow framework. • Mr. Kosta Servis will present his experience with Nextflow to refactor an existing bash/Docker/Singularity workflow. • We’ll include a short presentation of the Crater Detection Algorithm workflow structure, the main goals and project history from black box magic to bash scripts to Nextflow. • There will be a simple walkthrough using a basic example. • We’ll close with your questions and an opportunity for you to share your experiences. NOTE: This event is planned as a hybrid event. Choose your attendance preference during registration: • In-person: For individuals located in Perth, you are invited to join us onsite at the Pawsey Supercomputing Research Centre. The Centre has attendance limits; please only register for in-person if you plan to attend. • Online: For individuals who will not join in-person at Pawsey, we will livestream the event. A Zoom invite will be sent closer to the event date. 2021-08-25 10:00:00 UTC 2021-08-25 11:00:00 UTC Pawsey Supercomputing Research Centre 1 Bryce Ave, Kensington, Australia 1 Bryce Ave Kensington Australia 6151 Pawsey Supercomputing Research Centre help@pawsey.org.au [] HPC users webinar open_to_all HPCNextflowdata intensiveworkflow management

  • Rolling with Disruption

    6 September 2021

    Rolling with Disruption https://staging.dresa.org.au/events/rolling-with-disruption - Big data is everywhere - now what - IoT – the internet just got a whole lot bigger - AI/ML/Quantum - the good and bad 2021-09-06 08:30:00 UTC 2021-09-06 11:30:00 UTC Pawsey Supercomputing Research Centre 1 Bryce Ave, Kensington, Australia 1 Bryce Ave Kensington Australia 6151 Pawsey Supercomputing Research Centre training@pawsey.org.au [] [] conferenceworkshop by_invitation []

  • Advanced SLURM Training Conduct#2

    7 - 10 September 2021

    Advanced SLURM Training Conduct#2 https://staging.dresa.org.au/events/advanced-slurm-training-conduct-2 The training outline follows: 1. Slurm Refresher a. How Slurm actually works. b. How Slurm schedules jobs. c. How long to wait; how to better schedule jobs. d. Slurm and priorities; how is it done? 2. Key features 3. Resource Management 4. Running a job; job/step allocation a. Examples – GPUs b. Examples – Job Arrays 5. Advanced Features a. Topology Aware Scheduling b. Job Sanity Check c. Job profiling d. Multithreading (SMT) e. Heterogeneous j obs 6. Job Dependencies a. Chain Jobs b. Staging input before running, and storing outputs c. Master/Slave programs d. Submitting collections of programs (multi-prog) 7. System Information Job monitoring 8. Checkpointing & Restart 9. Use of SLURM API (plans to support this in the future on Pawsey systems) 2021-09-07 09:00:00 UTC 2021-09-10 12:00:00 UTC Pawsey Supercomputing Research Centre 1 Bryce Ave, Kensington, Australia 1 Bryce Ave Kensington Australia 6151 Pawsey Supercomputing Research Centre help@pawsey.org.au [] [] 16 workshop expression_of_interest slurmHPCscheduler

  • Satellite Imagery for Earth's Challenges

    7 September 2021

    Kensington, Australia

    Satellite Imagery for Earth's Challenges https://staging.dresa.org.au/events/satellite-imagery-for-earth-s-challenges * Overview of satellite images & collection * Food sustainability * Fire control * Beach erosion 2021-09-07 09:30:00 UTC 2021-09-07 10:00:00 UTC Pawsey Supercomputing Research Centre 1 Bryce Ave, Kensington, Australia 1 Bryce Ave Kensington Australia 6151 Pawsey Supercomputing Research Centre training@pawsey.org.au [] [] workshop by_invitation data

  • Satellite Imagery for Earth's Challenges - The Sequel

    9 September 2021

    Kensington, Australia

    Satellite Imagery for Earth's Challenges - The Sequel https://staging.dresa.org.au/events/satellite-imagery-for-earth-s-challenges-the-sequel * Overview of satellite images & collection * Food sustainability * Fire control * Beach erosion 2021-09-09 09:30:00 UTC 2021-09-09 10:00:00 UTC Pawsey Supercomputing Research Centre 1 Bryce Ave, Kensington, Australia 1 Bryce Ave Kensington Australia 6151 Pawsey Supercomputing Research Centre training@pawsey.org.au [] [] workshop by_invitation data

  • NVIDIA High Performance Visualisation

    9 July 2021

    NVIDIA High Performance Visualisation https://staging.dresa.org.au/events/nvidia-high-performance-visualisation NVIDIA Omniverse is an open platform built for virtual collaboration and real-time physically accurate simulation. Complex creator, designer, and engineering visual workflows are transformed as users and teams connect major design tools, assets, and projects for collaborative iteration in a shared virtual space. The recently released Omniverse ParaView Connector gives scientists a familiar path for getting their data into Omniverse. Via the connector, scientists can continue to use ParaView’s powerful infrastructure for data ingestion and filtering before ultimately importing it to Omniverse to create rich, impactful visualizations. But, importing scientific data to Omniverse does not just enable cinematic visualization using the latest rendering technologies. It also connects that data to the broader ecosystem of content creation and rendering tools already connected to Omniverse. This session will demonstrate the basic workflow of the Omniverse ParaView Connector and how scientists can start using it for their own visualization projects. 2021-07-09 09:00:00 UTC 2021-07-09 10:00:00 UTC Pawsey Supercomputing Research Centre Kensington, Australia Kensington Australia Pawsey Supercomputing CentreNVIDIA training@pawsey.org.au [] [] webinar open_to_all data visualisation

  • Virtual Tour: Meet Magnus for the last time

    17 August 2021

    Virtual Tour: Meet Magnus for the last time https://staging.dresa.org.au/events/virtual-tour-meet-magnus-for-the-last-time Join the Pawsey Supercomputing Research Centre as we take you on a live tour of the facility – your last opportunity to meet the Magnus Supercomputer, before it is replaced by Setonix, a supercomputer 30x more powerful than its predecessors. The tour will be live streamed on Pawsey’s facebook page – www.facebook.com/pawseycentre 2021-08-17 09:00:00 UTC 2021-08-17 10:00:00 UTC Pawsey Supercomputing Research Centre 1 Bryce Ave, Kensington, Australia 1 Bryce Ave Kensington Australia 6151 Pawsey Supercomputing Research Centre help@pawsey.org.au [] [] webinar open_to_all supercomputerHPC

  • Introduction to Nextflow for Data Intensive Pipelines

    25 August 2021

    Kensington, Australia

    Introduction to Nextflow for Data Intensive Pipelines https://staging.dresa.org.au/events/introduction-to-nextflow-for-data-intensive-pipelines * Does your research require the setup of complex workflows to analyse ever growing amounts of data? * Do you find it time consuming to write and maintain your computational pipelines, and to deploy them on different infrastructures? * Has prototyping, testing and deploying your containerised workflow led to code repetition - making your workflow readable only to you? Finally, what if you could use a framework to create quick prototypes by simply swapping configurations – enabling you to run the same workflow locally using Docker or on HPC using Slurm and Singularity. Would you be interested in learning more? Nextflow is such a framework. Popular within the bioinformatics community, Nextflow can be used in any data intensive research domain, including planetary sciences, space sciences, radio astronomy, oceanography, geological sciences, and more. In this session, we’ll present a use case in planetary science. The purpose of this event is to provide mostly, but not exclusively, HPC users with an overview on how to develop new and redevelop existing workflows using not only Nextflow but also industry accepted best practices, including code modularity and reuse, rapid prototyping and deployment, and platform independence. We will use a real use case of development and redevelopment of an HPC-focused workflow. Practical issues that commonly arise in such a project will be discussed. Join us to learn more: • Dr. Marco De La Pierre will present an overview and the fundamental concepts of the Nextflow framework. • Mr. Kosta Servis will present his experience with Nextflow to refactor an existing bash/Docker/Singularity workflow. • We’ll include a short presentation of the Crater Detection Algorithm workflow structure, the main goals and project history from black box magic to bash scripts to Nextflow. • There will be a simple walkthrough using a basic example. • We’ll close with your questions and an opportunity for you to share your experiences. NOTE: This event is planned as a hybrid event. Choose your attendance preference during registration: • In-person: For individuals located in Perth, you are invited to join us onsite at the Pawsey Supercomputing Research Centre. The Centre has attendance limits; please only register for in-person if you plan to attend. • Online: For individuals who will not join in-person at Pawsey, we will livestream the event. A Zoom invite will be sent closer to the event date. 2021-08-25 10:00:00 UTC 2021-08-25 11:00:00 UTC Pawsey Supercomputing Research Centre 1 Bryce Ave, Kensington, Australia 1 Bryce Ave Kensington Australia 6151 Pawsey Supercomputing Research Centre help@pawsey.org.au [] HPC users webinar open_to_all HPCNextflowdata intensiveworkflow management

  • Rolling with Disruption

    6 September 2021

    Rolling with Disruption https://staging.dresa.org.au/events/rolling-with-disruption - Big data is everywhere - now what - IoT – the internet just got a whole lot bigger - AI/ML/Quantum - the good and bad 2021-09-06 08:30:00 UTC 2021-09-06 11:30:00 UTC Pawsey Supercomputing Research Centre 1 Bryce Ave, Kensington, Australia 1 Bryce Ave Kensington Australia 6151 Pawsey Supercomputing Research Centre training@pawsey.org.au [] [] conferenceworkshop by_invitation []

  • Advanced SLURM Training Conduct#2

    7 - 10 September 2021

    Advanced SLURM Training Conduct#2 https://staging.dresa.org.au/events/advanced-slurm-training-conduct-2 The training outline follows: 1. Slurm Refresher a. How Slurm actually works. b. How Slurm schedules jobs. c. How long to wait; how to better schedule jobs. d. Slurm and priorities; how is it done? 2. Key features 3. Resource Management 4. Running a job; job/step allocation a. Examples – GPUs b. Examples – Job Arrays 5. Advanced Features a. Topology Aware Scheduling b. Job Sanity Check c. Job profiling d. Multithreading (SMT) e. Heterogeneous j obs 6. Job Dependencies a. Chain Jobs b. Staging input before running, and storing outputs c. Master/Slave programs d. Submitting collections of programs (multi-prog) 7. System Information Job monitoring 8. Checkpointing & Restart 9. Use of SLURM API (plans to support this in the future on Pawsey systems) 2021-09-07 09:00:00 UTC 2021-09-10 12:00:00 UTC Pawsey Supercomputing Research Centre 1 Bryce Ave, Kensington, Australia 1 Bryce Ave Kensington Australia 6151 Pawsey Supercomputing Research Centre help@pawsey.org.au [] [] 16 workshop expression_of_interest slurmHPCscheduler

  • Satellite Imagery for Earth's Challenges

    7 September 2021

    Kensington, Australia

    Satellite Imagery for Earth's Challenges https://staging.dresa.org.au/events/satellite-imagery-for-earth-s-challenges * Overview of satellite images & collection * Food sustainability * Fire control * Beach erosion 2021-09-07 09:30:00 UTC 2021-09-07 10:00:00 UTC Pawsey Supercomputing Research Centre 1 Bryce Ave, Kensington, Australia 1 Bryce Ave Kensington Australia 6151 Pawsey Supercomputing Research Centre training@pawsey.org.au [] [] workshop by_invitation data

  • Satellite Imagery for Earth's Challenges - The Sequel

    9 September 2021

    Kensington, Australia

    Satellite Imagery for Earth's Challenges - The Sequel https://staging.dresa.org.au/events/satellite-imagery-for-earth-s-challenges-the-sequel * Overview of satellite images & collection * Food sustainability * Fire control * Beach erosion 2021-09-09 09:30:00 UTC 2021-09-09 10:00:00 UTC Pawsey Supercomputing Research Centre 1 Bryce Ave, Kensington, Australia 1 Bryce Ave Kensington Australia 6151 Pawsey Supercomputing Research Centre training@pawsey.org.au [] [] workshop by_invitation data

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