AWS Compute Blog
GPU workloads on AWS Batch
Contributed by Manuel Manzano Hoss, Cloud Support Engineer I remember playing around with graphics processing units (GPUs) workload examples in 2017 when the Deep Learning on AWS Batch post was published by my colleague Kiuk Chung. He provided an example of how to train a convolutional neural network (CNN), the LeNet architecture, to recognize handwritten digits […]
Recovering files from an Amazon EBS volume backup
Contributed by Jeff Bartley, Storage Solutions Architect, AWS Amazon Elastic Block Store (Amazon EBS) enables you to back up volumes at any time using EBS snapshots. Volume backups can be triggered manually or they can be scheduled using Amazon Data Lifecycle Manager (Amazon DLM) or AWS Backup. Each backup creates a unique EBS snapshot. The […]
Building a tightly coupled molecular dynamics workflow with multi-node parallel jobs in AWS Batch
Contributed by Amr Ragab, HPC Application Consultant, AWS Professional Services and Aswin Damodar, Senior Software Development Engineer, AWS Batch At Supercomputing 2018 in Dallas, TX, AWS announced AWS Batch support for running tightly coupled workloads in a multi-node parallel jobs environment. This AWS Batch feature enables applications that require strong scaling for efficient computational workloads. Some of […]
How to import split disks into AWS
Contributed by Raphael Sack In an amusing coincidence, I was recently asked by two separate customers a nearly identical question: how to import split disks in the form of VMDK to AWS. This post covers one way to do this. There are quite a few names, official and unofficial, for split disks. These include: non-monolithic, […]
Using Cromwell with AWS Batch
Contributed by W. Lee Pang and Emil Lerch, WWPS Professional Services DNA is often referred to as the “source code of life.” All living cells contain long chains of deoxyribonucleic acid that encode instructions on how they are constructed and behave in their surroundings. Genomics is the study of the structure and function of DNA […]
