AI Platform Lead at
Deargen
PhD in Computer Vision AI at
The University of Edinburgh
I started computer programming when I was 9. I began MFC(C++) Windows programming at age 14 and opened a personal website, "sparkware.co.kr". I made a Hair Proportion Analysis algorithm and obtained a patent when I was 17. Now my interests are in machine learning application on computer vision and image signal processing.
"Kiyoon" stands for glowing field. I want to make my field of study glow in the future.
Cirriculum Vitae
I started computer programming with Flash ActionScript 2.0.
I started MFC Windows Programming and opened my own website, sparkware.co.kr. I released many Windows programs on this website.
I finished a project about Hair Proportion Analysis algorithm based on the Maximum Likelihood estimation.
I studied both Electronics and Computer Engineering. I won lots of competitions like Hexathon (supported by Naver), Korea Supercomputing Challenge, and Naver Poster Award. See experience below.
We've visited UC Berkeley for 9 weeks to exchange ideas
about making a start-up company. (Article)
Extreme Low Resolution Activity Recognition Using
Siamese Embedding (Paper)
We've demonstrated our technologies at CVPR 2017
Expo. (Youtube video)
K Kim, SN Gowda, P Eustratiadis, A Antoniou, RB Fisher,
“Adversarial Augmentation Training Makes Action Recognition Models
More Robust to Realistic Video Distribution Shifts”,
4th International Conference on Pattern Recognition and
Artificial Intelligence, ICPRAI 2024
K Kim, D Moltisanti, O Mac Aodha, L Sevilla-Lara, “An
Action Is Worth Multiple Words: Handling Ambiguity in Action
Recognition”, 33rd British Machine Vision Conference 2022,
BMVC 2022
K Kim, SN Gowda, O Mac Aodha, L Sevilla-Lara, “Capturing
Temporal Information in a Single Frame: Channel Sampling
Strategies for Action Recognition”,
33rd British Machine Vision Conference 2022, BMVC 2022
SN Gowda, L Sevilla-Lara, K Kim, F Keller, M Rohrbach, “A
new split for evaluating true zero-shot action recognition”,
DAGM German Conference on Pattern Recognition, 2021
M. S. Ryoo, K. Kim and H. J. Yang, ”Extreme Low Resolution
Activity Recognition with Multi-Siamese Embedding Learning,
”AAAI Conference on Artificial Intelligence, New Orleans,
Louisiana, February 2018.
[acceptance rate: 24.6%]
1st place - Naver UNIST Undergraduate Poster Award
1st place - HeXATHON, UNIST, supported by NAVER
KSC (Korea Supercomputing Challenge) : MPI parallel computing 5th
place
Bronze Medal in the National Olympiad for Informatics (KOI, Korea
Olympiad in Informatics)
Patent : Hair Percentage Analysis algorithm
UNIST Startup clinic: Smart home app controlling electrical output
Languages: Python, TypeScript, C, C++, C#, Lua,
Bash
Deep Learning: PyTorch, Keras
Parallel Programming: MPI, CUDA, PyTorch DDP
(Distributed Data Parallel)
Tools: Git, GitHub, Docker, Kubernetes
Research: MATLAB, OpenCV
Embedded Computer: NVIDIA Jetson TX2, Raspberry
Pi (IoT)
Database & Web: React, PHP, MySQL,
PostgreSQL, FastAPI, Flash ActionScript, WordPress
Others: NXT Robot C, Electron/WPF/MFC (desktop
app)