06:02
Factorized Motion Diffusion for Precise and Character Agnostic Motion Inbetweening video
07:26
Skel-inbetweening for Intuitive Neural Motion Authoring
02:40
RobotKeyframing: Learning Locomotion with High Level Objectives
04:58
Lossy Image Compression with Foundation Diffusion Models Video
06:26
Spline-based Transformers
03:32
Robot Motion Diffusion Model: Motion Generation for Robotic Characters
07:24
VMP: Versatile Motion Priors for Robustly Tracking Motion on Physical Characters
06:39
Learning a Generalized Physical Face Model From Data Video
05:45
Controllable Neural Style Transfer for Dynamic Meshes Video
09:25
Design and Control of a Bipedal Robotic Character
05:01
Infinite 3D Landmarks: Improving Continuous 2D FacialLandmark Detection
07:14
Stylize My Wrinkles: Bridging the Gap from Simulation to Reality
01:59
QUADify: Extracting Meshes with Pixel-level Details and Materials from Images
05:06
Artist-Friendly Relightable and Animatable Neural Heads
05:22
Anatomically Constrained Implicit Face Models
01:56
Soft Pneumatic Actuator Design using Differentiable Simulation
04:31
Interactive Design of Stylized Walking Gaits for Robotic Characters
05:00
The Impulse Particle-In-Cell Method
06:42
Fast Dynamic Facial Wrinkles
02:01
Name Pronunciation Extraction and Reuse in Human-Agent Conversation
04:07
Trajectory Augmentation for Robust Neural Locomotion Controllers
04:35
Optimal Design of Robotic Character Kinematics Video
05:00
Pose and Skeleton Aware Neural IK
09:22
An Implicit Physical Face Model Driven by Expression and Style
08:40
A Perceptual Shape Loss for Monocular 3D Face Reconstruction
04:47
Transformer-based Neural Augmentation of Robot Simulation Representations
06:16
ReNeRF:Relightable Neural Radiance Fields with Nearfield Lighting
04:11
Kernel-Based Frame Interpolation for Spatio-Temporally Adaptive Rendering
04:24
DOC: Differentiable Optimal Control for Retargeting Motions onto Legged Robots
06:38
GraphSimulationForSkinMicroWrinkles Video
07:53
Continuous Landmark Detection with 3D Queries
07:54
Video Compression with Entropy-Constrained Neural Representations
06:18
Kernel Aware Resampler
03:46
Frame Interpolation Transformer and Uncertainty Guidance
05:24
Physics-Informed Neural Corrector for Deformation-based Fluid
14:59
Self-Supervised Effective Resolution Estimation with Adversarial Augmentations
04:33
Efficient Neural Style Transfer For Volumetric Simulations
06:48
Production Ready Face Re Aging for Visual Effects
04:19
TempFormer: Temporally Consistent Transformer for Video Denoising
02:46
Learning Dynamic 3D Geometry and Texture for Video Face Swapping
14:35
Facial Animation with Disentangled Identity and Motion using Transformers
10:09
MoRF: Morphable Radiance Fields for Multiview Neural Head Modeling
05:03
Facial Hair Tracking for High Fidelity Performance Capture
06:35
Local Anatomically-Constrained Facial Performance Retargeting
04:34
Implicit Neural Representation for Physics-driven Actuated Soft Bodies
07:46
Shape Transformers: Topology-Independent 3D Shape Models Using Transformers
11:50
Improved Lighting Models for Facial Appearance Capture
02:20
Neural Frame Interpolation for Rendered Content
10:05
Rendering with Style Combining Traditional and Neural Approaches for High Quality Face Rendering
04:25
Adaptive Convolutions for Structure-Aware Style Transfer
01:38
A Versatile Inverse Kinematics Formulation for Retargeting Motions onto Robots with Kinematic Loops
01:29
FaceMagic: Real-time Facial Detail Effects on Mobile
05:39
ADD: Analytically Differentiable Dynamics for Multi -Body Systems with Frictional Contact
02:04
Automated Routing of Muscle Fibers for Soft Robots
03:53
RobotSculptor: Artist-Directed Robotic Sculpting of Clay
03:35
Designing Robotically-Constructed Metal Frame Structures
06:25
Semantic Deep Face Models
01:01
Realistic and Interactive Robot Gaze
01:01
Realistic and Interactive Robot Gaze
08:29
Data-driven Extraction and Composition of Secondary Dynamics in Facial Performance Capture
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About
Disney Research is a network of research labs that collaborate closely with academic institutions We're able to combine the best of academia and industry: we work on a broad range of commercially important challenges, we view publication as a principal mechanism for quality control, we encourage engagement with the global research community, and our research has applications that are experienced by millions of people. We're honoring Walt Disney's legacy of innovation by researching novel technologies and deploying them on a global scale.
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