Distributed Storage Research

Distributed Storage Research (DSR) team leverages its knowledge of storage, operating, and distributed systems to empower cloud computing, high-performance computing, and AI ecosystems. Our research aims to create efficient, scalable, resilient, and secure storage solutions to handle the rapid growth of digital information and the diverse requirements of various applications and infrastructures.

About us

Research Topics

Our research is directed towards building efficient, reliable, and secure storage systems.

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Publications

Explore DSR groundbreaking publications in distributed storage research.

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Projects

DSR is involved in several research projects aimed at delivering novel storage solutions.

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LATEST NEWS

June 01, 2023

Accepted Paper

The paper "Diagnosing applications' I/O behavior through system call observability" was accepted at the DCDS workshop colocated with DSN!

February 01, 2023

Accepted Paper

The paper "Taming Metadata-intensive HPC Jobs Through Dynamic, Application-agnostic QoS Control" was accepted at the CCGrid'23 conference!

January 21, 2023

PhD Defense

Ricardo Macedo has defended his PhD thesis entitled "User-level Software-Defined Storage Data Planes". Congratulations!

• Mariana Miranda presenting her work at the SC24 IXPUG Workshop (2024)

• Jason Haga and Tanimura-san visiting our lab (2024)

• Jason Haga presenting AIST at our lab (2024)

• Maria Ramos presenting the LazyFS system at VLDB (2024)

• Visiting researcher Rahma Nouaji on her last day in our lab (2024)

• PhD defense of Cláudia Brito (2024)

• Visiting researcher Rahma Nouaji in Braga Romana (2024)

• PhD defense of Tânia Esteves (2024)

• Jason Haga presenting the ESDM project at CENTRA (2024)

• Tânia Esteves presenting the CRIBA system at SRDS (2023)

• Tânia Esteves presenting the DIO system at DCDS (2023)

• PhD defense of Ricardo Macedo (2023)

• Oana Balmau presenting her work at our lab (2022)

• João Paulo presenting the Monarch system at CCGRID (2022)

• Ricardo Macedo presenting the PAIO system at FAST (2022)

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COLLABORATIONS