Hardware Design for Homomorphic Modulo Multiplier
Project Summary
The goal of our project is to increase efficiency of Modular Multiplication which is a necessary computation for Homomorphic Encryption. Homomorphic Encryption is a type of encryption that allows computations on encrypted data without the need to decrypt and re-encrypt. Current Modular Multiplication is slow due to its computational complexity so our projects will focus on creating a design that speeds up this process. We will be designing in Xilinx Vivado using Verilog.
Main Reference
MainRef.pdfJ.A.A.R Engineering Team Members
Jacob Guthrie (he/him/his)
"I am Jacob and I am studying for my undergrad in Computer Engineering at NAU. I enjoy working with our team and as Team Treasurer ensuring we have access to the right components."
Austin Butrovich (he/him/his)
acb635@nau.edu
"I am Austin Butrovich, a senior at Northern Arizona University studying Electrical Engineering and Physics. I am the Team Coordinator and am responsible for ensuring deliverables are produced on time.
Adam McBride (he/him/his)
atm364@nau.edu
" My name is Adam McBride and I am a senior at Northern Arizona University studying Electrical Engineering. As Secretary, I am in charge of taking notes and writing down our meetings with our sponsor as well as any other team meetings."
Regen Michon (she/her/hers)
rlm483@nau.edu
"My name is Regen, I am a senior studying Electrical Engineering at NAU. As Team Manager I make sure that our project stays on track as well as work on project components with the team."
Project Sponsor
Tuy Nguyen (he/him/his)
928-523-9722
Tuy.Nguyen@nau.edu
Building: School of Informatics, Computing, and Cyber Systems (90)
Room: 109