Experience

Rice University

• United States
• Higher Education
• 700 & Above Employee

• Graduate Research Assistant

  • Jun 2022 - Present

  Leveraging OS-level virtualization techniques to improve memory and storage systems. Advised by Prof. Scott Rixner.

• Teaching Assistant

  • Jan 2022 - Present

  - Parallel Computing (COMP 422/534) - 2022- Introduction to Computer Networks (COMP/ELEC 429/556) - 2021



Nankai University

• Tianjin, China

• Research Assistant

  • Jun 2018 - May 2021

  - Investigated the use of lock-free data structures to ensure correctness and parallelism in Dynamic Binary Translation (DBT) systems, resulting in a published paper in CGO'21. - Designed a distributed system framework to scale DBT systems beyond a single machine to a cluster of machines, leading to a paper published in ICPP'20. - Contributed to the development of prefetching techniques to hide data access latency on accelerators such as GPUs and Intel SGX, leading to paper publications in Middleware'20 and ICPP'21. Show less



The University of Georgia

• Research Assistant

  • Feb 2021 - Apr 2021

  - Researched and developed a prototype for accelerating Dynamic Binary Translation (DBT) systems (e.g., QEMU) using SIMD (Single Instruction, Multiple Data) units in CPUs. - Resulted in up to 2.2x speedup on AArch64 to x86-64 executions. Lead to a paper published in VEE'21. - Researched and developed a prototype for accelerating Dynamic Binary Translation (DBT) systems (e.g., QEMU) using SIMD (Single Instruction, Multiple Data) units in CPUs. - Resulted in up to 2.2x speedup on AArch64 to x86-64 executions. Lead to a paper published in VEE'21.



Department of Electrical and Computer Engineering, University of Minnesota

• Minneapolis, Minnesota, United States

• Visiting Research Student

  • Jul 2019 - Sep 2019

  - Conducted research to improve the parallel efficiency of Dynamic Binary Translation (DBT) systems such as QEMU, by utilizing distributed system techniques. - Developed a prototype that demonstrated the scalability of QEMU beyond a single machine using distributed computing approaches. - This project provided the motivation for a subsequent paper, which was published in ICPP'20. - Conducted research to improve the parallel efficiency of Dynamic Binary Translation (DBT) systems such as QEMU, by utilizing distributed system techniques. - Developed a prototype that demonstrated the scalability of QEMU beyond a single machine using distributed computing approaches. - This project provided the motivation for a subsequent paper, which was published in ICPP'20.