Talks
I've Got You Covered
Thursday, 13 August 10:45 AM - 12:30 PM | Los Angeles Convention Center, Room 515AB Session Chair: Glo Minaya, Reel FX
Thursday, 13 August 10:45 AM - 12:30 PM | Los Angeles Convention Center, Room 515AB Session Chair: Glo Minaya, Reel FX
A texture-space reparameterization technique to preserve the shape of rigid features, such as scales or calluses, as a 3D mesh deforms.
Stephane Grabli
Industrial Light & Magic
Kevin Sprout
Industrial Light & Magic
Yuting Ye
Industrial Light & Magic
How BUF moved its mapping and painting pipeline to 3D, notably thanks to novel production-level work on a 3D painting tool based on Cem Yuksel's Mesh Colors as an alternative to Disney's Ptex technology.
Thibault Lambert
BUF Compagnie
Stephanie Goix
BUF Compagnie
A set-replacement technique that used a pre-rendered image’s depth buffer to reconstruct a finite mesh with a projected texture which resulted in significant performance gains for Walt Disney Animation’s "Big Hero 6".
Kelsey Hurley
Walt Disney Animation Studios
Andrew Gartner
Walt Disney Animation Studios
Hank Driskill
Walt Disney Animation Studios
Chris Springfield
Walt Disney Animation Studios
Kyle Odermatt
Walt Disney Animation Studios
MPC improved a core component of its procedural fur-creation system to robustly handle hair styling on the increasing number of furry characters in its projects.
Curtis Andrus
Moving Picture Company
Mark Manca
Moving Picture Company
SemanticPaint allows novices and experts alike to simultaneously acquire real-time 3D models of the world, segment these models interactively by simply reaching out and touching desired objects and surfaces, and from these segmentations learn to label new unseen parts of the world, all in an online manner.
Julien Valentin
Oxford University
Vibhav Vineet
Stanford University
Ming-Ming Cheng
Nankai University
David Kim
Microsoft Research
Jamie Shotton
Microsoft Research
Pushmeet Kohli
Microsoft Research
Matthias Niessner
Stanford University
Antonio Criminisi
Microsoft Research
Shahram Izadi
Microsoft Research
Philip Torr
Oxford University