Top-tier Conference

[ATC'25] Z-LFS: A Zoned Namespace-tailored Log-Structured File System for Commodity Small-zone ZNS SSDs*

• Acceptance Ratio: 15.78% (100 of 634), *Corresponding Author

[ISCA'25] A4: Microarchitecture-Aware LLC Management for Datacenter Servers with Emerging I/O Devices

• Acceptance Ratio: 22% (127 of 570), Co-Author

[SIGMETRICS'25] ScaleOPT: A Scalable Optimal Page Replacement Policy Simulator* 

• Acceptance Ratio: 18% (20 of 110), *Corresponding Author

[FAST'25] ScaleLFS: A Log-Structured File System with Scalable Garbage Collection for Commodity SSDs* 

• Acceptance Ratio: 21.5% (36 of 167), *Corresponding Author

[ATC'24] RL-Watchdog: A Fast and Predictable SSD Liveness Watchdog on Storage Systems* 

• Acceptance Ratio: 15.8% (77 of 488), *Corresponding Author

[HPDC'24] ScaleDFS: Accelerating Decentralized and Private File Sharing via Scaling Directed Acyclic Graph Processing*

• Acceptance Ratio: 17% (26 of 152), *Corresponding Author

[EuroSys'24] ScaleCache: A Scalable Page Cache for Multiple Solid-State Drives*

• • • Acceptance Ratio: 14.6% (71 of 484), *Corresponding Author

[HPDC'20] Towards HPC I/O Performance Prediction through Large-scale Log Analysis

• • • Acceptance Ratio: 22% (16/71), Co-Author 

[FAST'18] High-Performance Transaction Processing in Journaling File Systems*

• • • Acceptance Ratio: 16.5% (23/139), *First Author 

[ICDE'17] SSD-assisted Backup and Recovery for Database Systems* 

• • • Acceptance Ratio: 17.7% (63/356), *First Author 

Major/BK Conference

[CCGrid'24] EnC-IoT: An Efficient Encryption and Access Control Framework based on IPFS for Decentralized IoT*

• *Corresponding Author

[IPDPS'24] A2FL: Autonomous and Adaptive File Layout in HPC through Real-time Access Pattern Analysis

• Co-Author

[Middleware'24] Microcosm: A Scalable Transaction Processing Scheme for Modular Blockchain

• Co-Author

[SAC'23] EHS: An Efficient Hashing Scheme for Persistent Memory*

• *Corresponding Author

[MASCOTS'22] IFLustre: Towards Interference-free and Efficient Storage Allocation in Distributed File System*

• *Corresponding Author

[SAC'22] An Efficient Log-structured Scheme for Disk Arrays*

• *Corresponding Author

[SAC'22] An Efficient and Parallel File Defragmentation Scheme for Flash-based SSDs*

• *Corresponding Author

[SAC'21] An Efficient Multi-signature Wallet in Blockchain using Bloom-filter*

• *Corresponding Author

[SAC'21] A Decentralized Document Management System using Blockchain and Secret Sharing*

• *Corresponding Author

[SAC'21] smCompactor: A Workload-aware Fine-grained Resource Management Framework for GPGPUs

• Co-Author

[IPDPS'20] EdgeIso: Effective Performance Isolation for Edge Devices*

• *Corresponding Author

[CLOUD'20] An Efficient Database Backup and Recovery Scheme using Write-Ahead Logging*

• *Corresponding Author

[CCGrid'20] FlexGPU: A Flexible and Efficient Scheduler for GPU Sharing Systems*

• *Corresponding Author

[SAC'20] Memory Efficient Fork-based Checkpointing Mechanism for In-Memory Database Systems*

• *Corresponding Author

[SAC'20] An Efficient Garbage Collection in Java Virtual Machine via Swap I/O Optimization*

• *Corresponding Author

[CLOUD'19] z-READ: Towards Efficient and Transparent Zero-copy Read*

• *Corresponding Author

[CCGrid'19] DCA-IO: A Dynamic I/O Control Scheme for Parallel and Distributed File Systems*

• *Corresponding Author

[HiPC'19] IsoKV: An Isolation Scheme for Key-value Stores by Exploiting Internal Parallelism in SSD*

• *Corresponding Author

[SAC'17] A Log-structured Buffer for Database Systems Using Non-volatile Memory*

• *First Author

[MASCOTS'16] An Empirical Evaluation of Enterprise and SATA-based Transactional Solid-State Drives*

• *First Author

[SYSTOR'15] Optimizing File Systems for Fast Storage Devices*

• *First Author