An I/O Acceleration Technology for Network Computing: iTRM. - Huailiang Tan; Weixin Tang; Jianhua Sun 002 (CSSE (3), 2008)

Dumpling: An Efficient Method Based on Clustering for Network Positioning. - Dingding Li; Hao Chen 002; Jianhua Sun 002; Huailiang Tan; Qianjie Zhang (GPC Workshops, 2008)

A Proximity-Aware Load Balancing Algorithm in P2P Systems. - Jianhua Sun 002; Lijuan Li; Hao Chen 002; Huailiang Tan (GPC Workshops, 2008)

A Dynamic Rebuild Strategy of Multi-host System Volume on Transparence Computing Mode. - Huailiang Tan; Yan Wang; Jianhua Sun 002 (HPCC, 2008)

SDM: A Stripe-Based Data Migration Scheme to Improve the Scalability of RAID-6. - Chentao Wu; Xubin He; Jizhong Han; Huailiang Tan; Changsheng Xie (CLUSTER, 2012)

A novel memory compression technique for embedded system. - Sicheng Tang; Huailiang Tan; Lun Li (DICTAP, 2012)

DMVL: An I/O bandwidth dynamic allocation method for virtual networks. - Huailiang Tan; Lianjun Huang; Zaihong He; Youyou Lu; Xubin He (J. Netw. Comput. Appl., 2014)

BAG: Managing GPU as Buffer Cache in Operating Systems. - Hao Chen 002; Jianhua Sun 002; Ligang He; Kenli Li 001; Huailiang Tan (IEEE Trans. Parallel Distributed Syst., 2014)

An active storage system with dynamic task assignment policy. - Shuangquan Fan; Zaihong He; Huailiang Tan (ICNC-FSKD, 2016)

Redundant Network Traffic Elimination with GPU Accelerated Rabin Fingerprinting. - Jianhua Sun 002; Hao Chen 002; Ligang He; Huailiang Tan (IEEE Trans. Parallel Distributed Syst., 2016)

VMCD: A Virtual Multi-Channel Disk I/O Scheduling Method for Virtual Machines. - Huailiang Tan; Chao Li; Zaihong He; Keqin Li 001; Kai Hwang 001 (IEEE Trans. Serv. Comput., 2016)

Parallel implementation and optimization of high definition video real-time dehazing. - Huailiang Tan; Xiaofei He 007; Zijian Wang; Gaoming Liu (Multim. Tools Appl., 2017)

LPCMsim: A Lightweight Phase Change Memory Simulator. - Zaihong He; Jishun Kuang; Yanjie Tan; Shihui Peng; Huailiang Tan (Future Gener. Comput. Syst., 2019)

A Virtual Multi-Channel GPU Fair Scheduling Method for Virtual Machines. - Huailiang Tan; Yanjie Tan; Xiaofei He 007; Kenli Li 001; Keqin Li 001 (IEEE Trans. Parallel Distributed Syst., 2019)

Embedded Transaction Support Inside SSD With Small-Capacity Non-Volatile Disk Cache. - Yanjie Tan; Huailiang Tan; Peng Zhu; Youyou Lu; Zaihong He (IEEE Trans. Knowl. Data Eng., 2022)

Brief Industry Paper: Real-Time Image Dehazing for Automated Vehicles. - Yanjie Tan; Yifu Zhu; Zhaoyang Huang; Huailiang Tan; Wanli Chang 001 (RTSS, 2023)

MAPD: An FPGA-Based Real-Time Video Haze Removal Accelerator Using Mixed Atmosphere Prior. - Yanjie Tan; Yifu Zhu; Zhaoyang Huang; Huailiang Tan; Keqin Li 001 (IEEE Trans. Comput. Aided Des. Integr. Circuits Syst., 2023)

A HW/SW Co-Design of Video Dehazing Accelerator Using Decoupled Local Atmospheric Light Prior. - Yanjie Tan; Yifu Zhu; Zhaoyang Huang; Feiteng Nie; Huailiang Tan (DAC, 2024)

DDPM-MoCo: Enhancing the Generation and Detection of Industrial Surface Defects Through Generative and Contrastive Learning. - Xiaozong Yang; Huailiang Tan; Xinyan Wang (ICANN (9), 2024)

MTDA: Efficient and Fair DPU Offloading Method for Multiple Tenants. - Zhaoyang Huang; Yanjie Tan; Yifu Zhu; Huailiang Tan; Keqin Li 001 (IEEE Trans. Serv. Comput., 2024)

Innovative Bloom Filter-Based Multilevel Block Classification: A Practical Approach to Enhancing SSD Performance and Endurance. - Keyu Wang; Huailiang Tan; Zaihong He; Jinyou Li; Keqin Li 001 (Concurr. Comput. Pract. Exp., 2025)

State-driven fairness control for efficient I/O queue scheduling in NVMe virtualization. - Zhaoyang Huang; Yifu Zhu; Xin Kuang; Yanjie Tan; Huailiang Tan; Keqin Li 001 (Future Gener. Comput. Syst., 2025)

CDA-GC: An effective cache data allocation for garbage collection in flash-based solid-state drives. - Keyu Wang; Huailiang Tan; Zaihong He; Jinyou Li; Keqin Li 001 (Integr., 2025)

Dynamic DPU Offloading and Computational Resource Management in Heterogeneous Systems. - Zhaoyang Huang; Yanjie Tan; Yifu Zhu; Huailiang Tan; Keqin Li 001 (IEEE Trans. Computers, 2025)