Understanding the Fault Resilience of File System Checkers. - Om Rameshwar Gatla; Mai Zheng (HotStorage, 2017)

PFault: A General Framework for Analyzing the Reliability of High-Performance Parallel File Systems. - Jinrui Cao; Om Rameshwar Gatla; Mai Zheng; Dong Dai 001; Vidya Eswarappa; Yan Mu; Yong Chen 001 (ICS, 2018)

Towards Robust File System Checkers. - Om Rameshwar Gatla; Mai Zheng; Muhammad Hameed; Viacheslav Dubeyko; Adam Manzanares; Filip Blagojevic; Cyril Guyot; Robert Mateescu (ACM Trans. Storage, 2018)

A Performance Study of Lustre File System Checker: Bottlenecks and Potentials. - Dong Dai 001; Om Rameshwar Gatla; Mai Zheng (MSST, 2019)

Nature of System Calls in CPU-centric Computing Paradigm. - Viacheslav Dubeyko; Om Rameshwar Gatla; Mai Zheng (CoRR, 2019)

Position: On Failure Diagnosis of the Storage Stack. - Duo Zhang; Om Rameshwar Gatla; Runzhou Han; Mai Zheng (HotStorage, 2020)

On Failure Diagnosis of the Storage Stack. - Duo Zhang; Om Rameshwar Gatla; Runzhou Han; Mai Zheng (CoRR, 2020)

A study of persistent memory bugs in the Linux kernel. - Duo Zhang; Om Rameshwar Gatla; Wei Xu; Mai Zheng (SYSTOR, 2021)

Understanding configuration dependencies of file systems. - Tabassum Mahmud; Duo Zhang; Om Rameshwar Gatla; Mai Zheng (HotStorage, 2022)

On the Reproducibility of Bugs in File-System Aware Storage Applications. - Duo Zhang; Tabassum Mahmud; Om Rameshwar Gatla; Runzhou Han; Yong Chen 001; Mai Zheng (NAS, 2022)

A Study of Failure Recovery and Logging of High-Performance Parallel File Systems. - Runzhou Han; Om Rameshwar Gatla; Mai Zheng; Jinrui Cao; Di Zhang; Dong Dai 001; Yong Chen 001; Jonathan E. Cook 001 (ACM Trans. Storage, 2022)

ConfD: Analyzing Configuration Dependencies of File Systems for Fun and Profit. - Tabassum Mahmud; Om Rameshwar Gatla; Duo Zhang; Carson Love; Ryan Bumann; Mai Zheng (FAST, 2023)

Understanding Persistent-memory-related Issues in the Linux Kernel. - Om Rameshwar Gatla; Duo Zhang; Wei Xu; Mai Zheng (ACM Trans. Storage, 2023)

Analyzing Configuration Dependencies of File Systems. - Tabassum Mahmud; Om Rameshwar Gatla; Duo Zhang; Carson Love; Ryan Bumann; Varun S. Girimaji; Mai Zheng (CoRR, 2025)