Sanghun Park
Online Resume: https://sanghunpark.github.io/resume/
I'm a PhD student in the Visual Media Lab at KAIST, advised by Prof. Junyong Noh. My research journey began with a camera-projector system. In recent years, my work has focused on solving computer vision and graphics problems with deep learning approaches.
Research
Machine Learning and Deep Learning
• May, 2018 — Now
I am interested in solving existing image or video domain problems by applying modern machine learning or deep learning based methods. Recently, I have been working on a deep learning-based image translation model and aim to publish papers in academic conferences or journals.
Virtual Reality
• Jun, 2016 — Dec, 2017
I developed an VR application that utilizes a video game engine to give people the illusion of watching a movie in a theatre. It is used to simulate the visual experience of the audience in various cinema environments.
Calibration of Depth Camera Sensors
• Jun, 2016 — Dec, 2017
I was involved in a study that calibrates multiple Kinect sensors to cover a wide range and track many people. It can be used for projector-based interactive games or art by tracking the movements of many people.
Camera-Projector System
• Sep, 2013 — May, 2017
I worked on creating an appropriately large screen using multiple projectors. Starting by implementing existing research, I conducted a study to calibrate the multi-projector with a handheld camera such as a smartphone.
Publications
Virtual Camera Layout Generation using a Reference Video
Jungeun Yoo, Kwanggyoon Seo, Sanghun Park, Jaedong Kim, Dawon Lee, Junyong Noh
Conditionally Accepted to CHI 2021
Neural Crossbreed: Neural Based Image Metamorphosis
Sanghun Park, Kwanggyoon Seo, Junyong Noh
SIGGRAPH Asia 2020 (ACM TOG)
Cinematography Generation using a Reference Video
Kwanggyoon Seo, Sanghun Park, Jungeun Yoo, Jaedong Kim, Dawon Lee, Junyong Noh
Pacific Graphics 2019 (Poster)
Auto-Calibration of Multi-Projector Displays with a Single Handheld Camera
Sanghun Park, Hyunggoog Seo, Seunghoon Cha, Junyong Noh
IEEE VIS 2015
Vivid Illumination for Enhancing Tele-presence Experience in Augmented World
Jea In Kim, Sanghun Park, Woontack Woo and Chung-kon Shi
ISUVR 2013 (Poster)
Education
KAIST
• Sep, 2015 — Present
Doctor of Philosophy in Culture Technology
KAIST
• Mar, 2013 — Feb, 2015
Master of Science in Culture Technology
Kyungpook National University
• Mar, 2005 — Feb, 2013
Bachelor of Science in Electronics Engineering
Experience
CT Research Institute, KAIST
• Feb, 2015 — Aug, 2015
Research Associate
Samsung Software Membership
• Dec, 2011 — Mar, 2015
22-1 Members
Working holiday
• Nov, 2008 — Nov. 2009
Perth WA - Albany WA - Adelaide SA - Alice Springs NT - Sydney NSW, Australia
ROK Army
• July, 2006 — July, 2008
Military Service
Projects
Development of Camera Work Tracking Technology for Animation Production using Artificial Intelligence
KOCCA
• May, 2018 — Dec, 2019
Project Leader & Software Engineer
Development of Hyper Realistic Tele-immersion System using Scene Reconstruction and Deformation from Panoramic Video
IITP
• Jun, 2017 — Dec, 2017
Software Engineer
Development of a Multi-screen Movie Theatre System and Immersive Content
IITP
• July, 2016 — Dec, 2017
Software Engineer
Real-time Revision &Interaction Technology Development for Curved Screen Contents
IITP
• Nov, 2014 — Aug, 2016
Software Engineer
The development of ‘Immersive & Interactive Space' platform
KOLON
• May, 2013 — Sep, 2016
Software Engineer
Awards
Grand Prize (Minister's Award of Ministry of Science and ICT), 12th ETNEWS ICT Paper Award, 2020
Popularity Award, 12th National Intelligent Robot Competition, 2012
Skills
Programming Language
C/C++, Python, C#, Matlab, and Java
Programming Tools
PyTorch, OpenCV, Unity3D, PCL, Git, and Mercurial
Patents
SHADOW REMOVAL METHOD IN FRONT PROJECTION SYSTEM
Publication: KR10-2103614, 2020-04-16, Application: KR10-2015-0128470, 2015-09-10
METHOD FOR CALIBRATING 360-DEGREE CAMERAS
Publication: KR10-2030294, 2019.10.01, Application: KR10-2018-0143672, 2018.11.20
IMAGE PROCESSING METHOD AND APPARATUS THEREOF
Application: KR10-2020-0159197, 2020.11.24
SHOT BOUNDARY DETECTION METHOD AND APPARATUS USING MULTI-CLASSING
Application: KR10-2019-0165768, 2019.12.12
IMAGE PROCESSING METHOD AUTOMATICALLY GENERATING CAMERAWORK AND APPARATUS THEREOF
Application: KR10-2019-0165768, 2019.12.12
METHOD AND APPARATUS OF REPRODUCING CAMERA WORK
Application: KR10-2019-0131000, 2019.10.21
METHOD AND APPARATUS OF PROCESSING IMAGE BASED ON ARTIFICIAL NEURAL NETWORK
Application: KR10-2019-0019620, 2019.02.20
CAMERA FRAMING AND CAMERA WORK CLASSIFICATION SYSTEM BASED ON ARTIFICIAL NEURAL NETWORK
Application: PCT/KR2019/002099, 2019.02.21
ARTIFICIAL INTELLIGENCE BASED CINEMATOGRAPHY LEARNING AND CAMERAWORK CREATION FOR ANIMATION
Application: KR10-2018-0125225, 2018.10.19
CAMERA FRAMING AND CAMERA WORK CLASSIFICATION SYSTEM BASED ON ARTIFICIAL NEURAL NETWORK
Application: KR10-2018-0124256, 2018.10.18
METHOD AND APPARATUS FOR DETECTING RELATIVE POSITION BETWEEN A PLURALITY OF CAMERAS
Application: US-2018-0053304-A1, 2018.02.22
METHOD FOR EXTRACTING CONVERSION RELATIONSHIP BETWEEN DISPLAY COORDINATE AND INTERACTION COORDINATE
Application: KR10-2016-0132612, 2016.10.13
METHOD AND APPARATUS FOR DETECTING RELATIVE POSITION BETWEEN A PLURALITY OF CAMERAS
Application: KR10-2016-0105635, 2016.08.19
METHOD FOR RENDERING PANORAMIC VIDEO
Application: KR10-2016-0104436, 2016.08.17
MUTI-PROJECTION SYSTEM AND METHOD FOR PROJECTOR CALIBRATION THEREOF
Application: KR10-2015-0128469, 2015-09-10