• Developed and maintained an optimized client to capture messages at the highest rate and conduct stress test for the framework. 
• Improved the architecture of existing platform to benefit from static images created via Packer, and helped the team to migrate the product from Amazon Web Services to Google Cloud Platform

Project: TCP Acceleration as a Service in Virtualized Environments 

In this project, I explored the needs for network virtualization in public cloud environment. The goal of the project is to enable modern, CPU efficient network stacks for cloud tenants while enforcing isolation. To this end, I added a netdev driver to Open vSwitch code and used TAS as an efficient packet processing stack for TCP.

Project: Exploring Domain-Specific Architectures for Network Protocol Processing

Towards Practical, Efficient, and Realizable Hardware-Software Interfaces to Enhance Application Expressivity

• This work investigates the possibility of designing rich hardware-software interfaces. 
• As part of the project, I added custom instructions to RISC-V, and implemented a custom module on Rocket Chip which can be used by programmers to convey high-level data structures to the underlying hardware.

Undergraduate Research Assistant at Data Storage, Networks, & Processing 

• Project: SSD Reliability Under Adverse Condition This project focuses on the behavior of Solid-State Disks (SSDs) under power fault. I made an automatic failure testing framework, which consists of hardware and software sections. By applying the testing framework, we tested more than 5 SSDs from different vendors and detected different types of data failures and device failure.
• Project: New Scheme for SSD Storage Caching In this project, I applied modification to caching mechanism of EnhanceIO code in order to implement our new scheme of SSD storage caching. EnhanceIO is a dynamic block level cache to improve  the performance of rotating hard disk drives by using SSDs as cache devices.