I am currently an M.Sc. candidate in Computer Science at Mila/University of Montreal/Robotics and Embodied AI Lab (REAL) under supervision of Prof. Liam Paull. I have also been fortunate to collaborate with Dr. Anqi Xu on my current and past research works. My current research focus is to develop learning framework for solving semantic visual navigation task. Prior to this, I spent considerable time researching the topic of adversarial attacks and defenses, where I published PAT (ICCV’19), MJSMA (MAIS’18), and a review paper (pre-print). I was also lucky to have been concretely introduced to the research world by working with Prof. Jeff Orchard in the Neurocognitive Computing Lab during my undergrad days. In general, I love working on various aspects on building robots, whether it is hardware or software - whatever makes a great robot great. I also enjoy presenting my work, so please feel free to let me know if you want to learn more about it!
When I am not doing research, I like to play music (mainly acoustic and electric guitars), make educational videos, read books, write blog posts, and go for a hike. I also recently started to explore the creative side of 3D modelling and animation, here is my coffee + donut:
Note: the coffee + donut were created from scratch, and the textures of the wall + table + ground plane are from Poliigon.
Please see my Google Scholar page for the complete list.
Adversarial Examples in Modern Machine Learning: A Review
Rey Reza Wiyatno, Anqi Xu, Ousmane Dia, Archy de Berker
Paper / Adversarial Attack Blog / Adversarial Defense Blog
A review of adversarial attack and defense techniques.
Featured Applied Projects
Please see my CV for the complete list.
Duckietown: Lane Following with Other Vehicles and Obstacles
Course Project, AI Driving Olympics, 2019
Lane following and collision avoidance using light-weight semantic
segmentation model and pure pursuit controller.
Inspeksi: Intelligent Manufacturing Visual Inspection Tool
Winner of Autodesk Canada Capstone Design Award, 2019
A low-cost solution for automated visual inspection tool.
Trident ROV Payload
Work Project, 2016
Robot: Sofar Trident
Injection moldable external payload for underwater robot with a custom WiFi