Leon Bryan Hui from Hawthorne, CA, age 48

Resumes

Technical Director

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Location:

Los Angeles, CA

Industry:

Entertainment

Work:

Sony Computer Entertainment America LLC - Foster City, California since Nov 2012
Sr. Systems Engineer, Developer Services and Support
Turn 10 Studios (Microsoft Studios) - Redmond, Washington Apr 2010 - Nov 2012
Sr. Software Development Engineer
Electronic Arts (Canada) - Burnaby, British Columbia Jul 2003 - Apr 2010
Software Engineer
Lost Boys Studios Oct 2002 - Jul 2003
Software and Systems Engineer
Credo Interactive Jun 2000 - Oct 2002
Software Engineer

Education:

Simon Fraser University
Bachelors

Skills:

Xbox 360
Game Development
Ps3
C++
Video Games
Perforce
Cross Platform Development
Opengl
Shaders
Gameplay
Game Engines
Software Engineering
Computer Graphics
C#
Java
Xbox One
Software Development
Multithreading
Directx
Ps4
3D Graphics
Game Programming
Console
System Architecture
Android Development
Agile Methodologies
Game Design
Product Development
Project Management
Windows
Office 365
Problem Solving
Leadership
Engineering Management
Unity3D
Virtual Reality
Augmented Reality
Unreal Engine 4
Real Time Rendering
Gpu
Concurrent Programming
Realtime Programming
Hlsl
Consoles
Multiplayer
Mixed Reality
Speech Recognition
Alexa Skills Kit
Software Development Life Cycle
Distributed Systems
Embedded Systems
Operating Systems
Javascript
Scripting
Scrum
Rendering

Languages:

English
Cantonese

Leon Hui

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Us Patents

Augmented Reality Background For Use In Live-Action Motion Picture Filming
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US Patent:

20190172251, Jun 6, 2019
Filed:

Dec 5, 2018
Appl. No.:

16/210951
Inventors:

- Westlake Village CA, US
Leon Hui - Hawthorne CA, US
International Classification:

G06T 15/20
G09G 5/373
G09G 5/00
H04N 5/225
G01S 1/70
G01P 13/00
A63F 13/26
Abstract:

A system for real-time filming of actors in front of a display such that, as a camera is moved in front of that display, the background and other action taking place on the display is updated to have correct based upon a relative position of the camera. The method includes displaying images on the display so as to correspond to a first perspective for objects shown on the images based upon a current position of the camera relative to the display determined using the first fixed position and the second fixed position, and continuously adjusting images shown on the display so as to correspond to additional perspectives suitable for objects shown in the images based upon movement of the camera relative to the display using an updated current position of the camera relative to the display determined using the first position and the second fixed position during the movement.