- Science gateways provide researchers with an easy on-ramp to advanced computing
- Democratization of computing access advances research in every domain
- Active community of developers exchanges ideas to improve gateways experience
Imagine you’re a scientist who wants to take your research farther and faster. You’ve heard there’s a magic ingredient out there that will help you do just that. But you’re not sure where to find this secret sauce or exactly how to apply it when you do.
It turns out this special ingredient does exist. It’s called high-performance computing (HPC), and it can boost scientific discovery many times over. Research and analysis that once took months can be performed in weeks or even days.
The problem is, scientists are specialists. They’ve spent years delving deeply into their fields and have become experts in those specific techniques, processes, and systems. Few are—or desire to become—equally expert in computational methods.
In the words of one developer, science gateways are for “people who are not command-line savvy, but have some pretty complex requirements.”
Science gateways provide a streamlined, usually web-based interface to advanced technologies for scientists working in nearly every field—from chemistry, biology, physics, and medicine, to economics, agriculture, archaeology, and political science.
These gateways are so fundamental to the future of scientific discovery that the National Science Foundation (NSF) funded the creation of the Science Gateways Community Institute (SGCI) to develop and sustain gateways that support a community-specific set of tools, applications, and data collections.
Benefits of Science Gateways
- Simplify access to computing resources for researchers without advanced computing know-how
- Connect researchers at smaller institutions with greater computing power than available locally
- Allow researchers to share scientific instruments (e.g., telescopes, cryo-EM microscopes, seismic shake tables)
- Enable swift, secure transfer and storage of large amounts of scientific data
- Encourage collaboration between scientists across domains and institutions
- Provide a platform for citizen science participation and education (e.g., Zooniverse)
Gateways developers, like those working through SCGI’s Extended Developer Support (EDS), engage directly with scientists to truly understand the requirements of their specific domain and craft a custom gateway that meets their needs.
At the Gateways2018 conference in Austin, TX, gateways developers came together to share best practices, challenges, and success stories in gateways for everything from health and medicine to water sustainability, precision agriculture, and deep learning.
A few stand outs:
- Immerj – Developed by students at TACC, Immerj simplifies post-production of immersive video content and helps journalists incorporate virtual and augmented reality into their reporting.
- DeepForge –This deep-learning platform from researchers at Vanderbilt University allows novices to quickly and easily design neural networks and machine learning pipelines using a simple, intuitive interface. Its design emphasizes simplicity, collaboration, and reproducibility.
- Social Media Macroscope (SMM) – Scientists in many domains have discovered the rich possibilities of working with social media data. A project of the University of Illinois and the National Center for Supercomputing Applications (NCSA), SMM provides an easy-to-use web interface making social media data, analytics, and visualization tools accessible to researchers and students of all levels of expertise.
- Dataverse – Harvard’s long-running Dataverse project is an open-source data repository for preserving, sharing, citing, and analyzing all types of research data. The Dataverse automates much of the work of a professional archivist, and makes it much easier for data creators to receive credit through a persistent academic citation.
Gateways2018 brought together a growing community of developers working together to enable better, faster, more reproducible research at institutions around the country.
“One of our primary goals is to gather the community together to learn from one another and exchange experiences,” says SGCI principal investigator Nancy Wilkins-Diehr of the San Diego Supercomputing Center (SDSC).
“Each year we see new participants who learn for the first time that they have been building gateways, and that there is a whole community doing the same thing and that others are very excited to learn from them.”
A secret no longer, science gateways are poised to accelerate research and increase discovery. When advanced scientific inquiry becomes accessible to more and more people, who knows what magic they may create.