Blockchain-based Multi-UAV Collaboration System
This system aims to extend working distance for UAVs and provide a secure communication platform for task offloading.
Master's student of Computer Science
Johns Hopkins University
jwan20@cs.jhu.edu
ete_bosh@outlook.com
I am a Computer Science Master's student at Johns Hopkins University. My research interest focuses on the intersection of operating systems, host networking, and datacenter networks. Currently I am a graduate research assistant, advised by Dr. Soudeh Ghorbani, of Foundational Networked Systems Lab at Johns Hopkins, focusing on Remote Direct Memory Access (RDMA) and multicasting for collective communications. Before joining JHU, I worked with Dr. Qi Xuan at ZJUT and Dr. Runqun Xiong at SEU in China.
I am/was also an OIer, a CTFer, a PC gamer and a certified information security engineer.
This system aims to extend working distance for UAVs and provide a secure communication platform for task offloading.
Ultilize in-network replication to enhance collective communications in AI training.
The JHU V2X Testbed is an experimental platform designed for research in areas such as vehicular networks, cooperative perception, and vehicular cybersecurity.