Skip to main content
info

🌟 Join Our Community Event!

We're bringing together researchers, practitioners, and students for a hybrid workshop at The Ohio State University. Whether you're joining us in person or online, this is your opportunity to connect with the data storage research community!

📋 What to Expect

  • Plenary Talks: Engaging presentations from industry leaders and researchers
  • Panel Discussions: Expert insights and community dialogue
  • Breakout Sessions: Focused discussions on key research topics
  • Student Posters: Showcase your research and win travel awards up to $1500!

🎯 How to Participate

  • Submit a Poster: Share your research and qualify for travel awards through SSDBM 2025
  • Attend: Join us either in person or online
  • Network: Connect with the SSDBM community
  • Contribute: Share your insights during interactive sessions

Take our community insight survey!

This workshop is supported by the National Science Foundation (NSF) under award CIRC-2346504.

StoreHub

GRC-LEDFUNDED

StoreHub is a collaborative platform designed to advance data storage research by providing a specialized infrastructure that meets the unique needs of researchers. It brings together experts handling large amounts of data, focusing on I/O performance, and developing innovative storage solutions, making it a vital resource for the community.

Project Motivation​

Large-scale applications in scientific, Big Data, and AI communities present unique data storage requirements that existing solutions struggle to address. Modern storage systems are rapidly evolving, leading to heterogeneous storage resources where data movement becomes complex and performance-dominant.

  • Infrastructure isolation is essential for capturing subsystem impacts.
  • Customized and flexible hardware compositions are needed to emulate various machine models.
  • Hardware heterogeneity is vital for assessing research impacts across diverse hardware designs.
  • Programmable hardware is transforming modern software solutions.

Project Summary​

Our goal is to establish, nurture, and sustain a vibrant research community centered on data storage research. We intend to support this community with StoreHub, an adaptable infrastructure equipped with experimental hardware and cutting-edge software. Our objectives include:

  • Flexible storage hardware composition
  • Ease of use and deployment
  • Responsive support system
  • Training opportunities

Project Significance​

The significance of StoreHub is three-fold:

  • CISE researchers gain access to premier infrastructure for data storage research.
  • Uniting CISE researchers into a research community to collectively address the I/O bottleneck.
  • Early access to prototype devices from vendors, enhancing creativity and output.

Envisioned Research Infrastructure​

Hardware Composition​

  • Node Composition: A significant number of nodes prioritizing storage capabilities over CPU density.
  • Storage Mediums: PMEM, NVMe SSD, SATA SSD, HDDs in RAID configurations.
  • Hardware Diversity: Mix of CPUs and GPUs with various technologies.
  • Networking: Fast Ethernet and Infiniband network interconnections.
  • Modern Protocols: Support for DDR5, PCIe 5.0, NVMe-oF, and innovative research with concept devices.

User Services​

  • Software Management: Flexible package management.
  • Resource Management: Cluster resource manager for isolation and programmable devices support.
  • Debugging and Telemetry: Comprehensive tools for capturing code efficiency and hardware utilization.
  • Storage Flexibility: Ability to mount/unmount storage devices based on user requirements.

Research Areas Enabled​

  • Advanced Data Buffering
  • Real-time Data Streaming
  • I/O Convergence
  • Storage Stack Development
  • Tuning I/O for Deep Learning
  • Storage Configuration and Resource Provisioning
  • I/O Characterization and Instrumentation

Institutions​

Thanks to the National Science Foundation (NSF) for supporting StoreHub under award CIRC-2346504.