Cyber Infrastructure for Science Gateways

Explore the world of cyberinfrastructure for science gateways in this informative 56-minute talk by Sudhakar Pamidighantam. Discover how state-of-the-art computational and data resources can be accessed using science gateways for molecular sciences, supporting both research and teaching. Learn about the definitions of cyberinfrastructure for science and computational science, and compare science gateway-based access to simulation with command-line access. Delve into science gateway architectures, focusing on Apache Airavata-based gateways and recently deployed Django web framework integrated science gateways. Examine the SEAGrid (Science and Engineering Applications Grid) Science Gateway as an example of workflow deployment in science gateways. Explore post-processing and visualization integration using a docker-based automated post-processing and indexing model. Gain insights into the support provided by XSEDE ECSS program and SGCI EDS program for science gateways. Understand the role of the Cyberinfrastructure Integration Research Center at Indiana University in science gateway design, deployment, and hosting. Cover topics such as current XSEDE resources, NSF HPC resources, emerging discovery pathways at scale, technology adoption choices, XSEDE allocations, and the DELTA Gateway. Dive into the intricacies of Apache Airavata, including its integration capabilities, Django Portal, Helix-based task execution, and group-based authorization. Explore the Gateway Admin Dashboard, compute resource browser, application interface editor, and experiment creation and management features.