Render the Possibilities
the 43rd international conference and exhibition on
Computer Graphics & Interactive Techniques
24-28 July
Anaheim, California
the 43rd international conference and exhibition on
24-28 July
Anaheim, California
When designing trajectories for quad-rotor cameras, it is important that the trajectories respect the dynamics and physical limits of quad-rotor hardware. The trajectories must be feasible. This paper introduces a fast, user-friendly algorithm for generating feasible quad-rotor camera trajectories.
Mike Roberts
Stanford University
Pat Hanrahan
Stanford University
This paper offers three contributions to accelerate professional rotoscoping: reduction of the number of keyframes that an artist needs to specify, a new interactive tool that reduces the time required to edit each keyframe, and a new professionally rotoscoped dataset that allows real-world evaluation of rotoscoping methods.
Wenbin Li
University College London
Fabio Viola, Google
Jonathan Starck
The Foundry
Gabriel Brostow
University College London
Neill Campbell
University of Bath, University College London
This paper proposes Rich360, a novel system for creating and viewing a 360˚ panoramic video obtained from a structured panoramic rig. Rich360 minimizes inter-view disparities using a deformable spherical projection surface and conserves the richness of the input videos with a non-uniform spherical ray sampling.
Jungjin Lee
Korea Advanced Institute of Science and Technology
Bumki Kim
Korea Advanced Institute of Science and Technology
Kyehyun Kim
Korea Advanced Institute of Science and Technology
Younghui Kim
KAI Co., Ltd.
Junyong Noh
Korea Advanced Institute of Science and Technology
This work maps a pair of given virtual and real worlds to support real walking in HMD-VR applications via novel 2D mapping and 3D rendering methods.
Qi Sun
Stony Brook University
Li-Yi Wei
University of Hong Kong
Arie Kaufman
Stony Brook University