Posters
Event TypePosters
TimeSunday, 12 August 20181:30pm - 5:30pm
LocationWest Building, Ballroom Foyer, Vancouver Convention Centre
Posters
Event TypePosters
TimeMonday, 13 August 20189:30am - 6pm
LocationWest Building, Ballroom Foyer, Vancouver Convention Centre
DescriptionOn display! Experience research and ideas from the global computer graphics community, including works in progress. SIGGRAPH 2018 Posters are a great way to see where the field is headed.
Posters
Event TypePosters
TimeTuesday, 14 August 20189:30am - 6pm
LocationWest Building, Ballroom Foyer, Vancouver Convention Centre
DescriptionOn display! Experience research and ideas from the global computer graphics community, including works in progress. SIGGRAPH 2018 Posters are a great way to see where the field is headed.
Posters
Event TypePosters
TimeWednesday, 15 August 20189:30am - 6pm
LocationWest Building, Ballroom Foyer, Vancouver Convention Centre
DescriptionOn display! Experience research and ideas from the global computer graphics community, including works in progress. SIGGRAPH 2018 Posters are a great way to see where the field is headed.
Posters
Event TypePosters
TimeThursday, 16 August 20189:30am - 3:30pm
LocationWest Building, Ballroom Foyer, Vancouver Convention Centre
DescriptionOn display! Experience research and ideas from the global computer graphics community, including works in progress. SIGGRAPH 2018 Posters are a great way to see where the field is headed.
Art & Design
Event TypePosters
TimeNone
LocationWest Building, Ballroom Foyer, Vancouver Convention Centre
SessionArt & Design
Contributors
Kazuki Miyazaki
Issei Fujishiro
Event Type
Posters
TimeNone
LocationWest Building, Ballroom Foyer, Vancouver Convention Centre
DescriptionPoster Sessions: Monday, 13 August and Tuesday, 14 August, 12:15-1:15 pm
A new style of generative art is established based on the theory of photoelasticity: Extracting of contours from an input image followed by estimating a two-dimensional virtual stress field results in captivating color patterns along interference fringes.
A new style of generative art is established based on the theory of photoelasticity: Extracting of contours from an input image followed by estimating a two-dimensional virtual stress field results in captivating color patterns along interference fringes.
Contributors
Kazuki Miyazaki
Keio University
Issei Fujishiro
Keio University
SessionArt & Design
Contributors
Néill O'Dwyer
Nicholas Johnson
Rafael Pagés
Jan Ondřej
Konstantinos Amplianitis
Enda Bates
David Monaghan
Aljosa Smolic
Event Type
Posters
TimeNone
LocationWest Building, Ballroom Foyer, Vancouver Convention Centre
DescriptionPoster Session: Wednesday, 15 August, 12:15-1:15 pm
Virtual Play is a 6DoF interactive, VR re-imagining of Samuel Beckett’s ludic theatrical text "Play," which is set in a purgatorial afterlife. The user embodies an "interrogator" who must elicit the testimonies of three characters involved in a love triangle by shining a spotlight in their faces.
Virtual Play is a 6DoF interactive, VR re-imagining of Samuel Beckett’s ludic theatrical text "Play," which is set in a purgatorial afterlife. The user embodies an "interrogator" who must elicit the testimonies of three characters involved in a love triangle by shining a spotlight in their faces.
Contributors
Néill O'Dwyer
Arts Technology Research Lab (Drama Dept.)
Trinity College Dublin
Nicholas Johnson
Samuel Beckett Centre
Trinity College Dublin
Rafael Pagés
V-SENSE
Trinity College Dublin
Jan Ondřej
V-SENSE
Trinity College Dublin
Konstantinos Amplianitis
V-SENSE
Trinity College Dublin
Enda Bates
Dept. of Electrical and Electronic Engineering
Trinity College Dublin
David Monaghan
V-SENSE
Trinity College Dublin
Aljosa Smolic
V-SENSE
Trinity College Dublin
SessionArt & Design
Contributors
Seungbae Bang
Sung-Hee Lee
Event Type
Posters
TimeNone
LocationWest Building, Ballroom Foyer, Vancouver Convention Centre
DescriptionPoster Sessions: Monday, 13 August and Tuesday, 14 August, 12:15-1:15 pm
A novel interface for editing skinning weight based on splines interface is presented.
INVITED TO THE FIRST ROUND OF THE STUDENT RESEARCH COMPETITION
A novel interface for editing skinning weight based on splines interface is presented.
INVITED TO THE FIRST ROUND OF THE STUDENT RESEARCH COMPETITION
Contributors
Seungbae Bang
KAIST
Sung-Hee Lee
KAIST
SessionArt & Design
Contributors
Zihao Song
Serguei Mokhov
Miao Song
Suhdir Mudur
Event Type
Posters
TimeNone
LocationWest Building, Ballroom Foyer, Vancouver Convention Centre
DescriptionPoster Sessions: Monday, 13 August and Wednesday, 15 August, 12:15-1:15 pm
Creative use of signal processing and MARF in ISSv2 with audio, depth, RGB cameras, and beyond.
Creative use of signal processing and MARF in ISSv2 with audio, depth, RGB cameras, and beyond.
Contributors
Zihao Song
Concordia University
CCIFF.ca
Serguei Mokhov
Concordia University
mDreams Pictures, Inc; CCIFF.ca
Miao Song
Concordia University
Suhdir Mudur
Concordia University
SessionArt & Design
Contributors
Martina Rosina Froeschl
Alfred Vendl
Event Type
Posters
TimeNone
LocationWest Building, Ballroom Foyer, Vancouver Convention Centre
DescriptionPoster Sessions: Wednesday, 15 August, 12:15-1:15 pm
CRISPR/Cas9-NHEJ: Action in the Nucleus is derived from an interdisciplinary creation process between gene-editing scientists and a science visualization lab. This poster presents the creation of this 210° scientific visualization, the usage of data from the worldwide Protein Data Bank, and the audio-visual presentation in an interactive dome setup.
CRISPR/Cas9-NHEJ: Action in the Nucleus is derived from an interdisciplinary creation process between gene-editing scientists and a science visualization lab. This poster presents the creation of this 210° scientific visualization, the usage of data from the worldwide Protein Data Bank, and the audio-visual presentation in an interactive dome setup.
Contributors
Martina Rosina Froeschl
University of Applied Arts Vienna
Alfred Vendl
University of Applied Arts Vienna
SessionArt & Design
Contributors
Kohei Ogawa
Kengo Tanaka
Tatsuya Minagawa
Yoichi Ochiai
Event Type
Posters
TimeNone
LocationWest Building, Ballroom Foyer, Vancouver Convention Centre
DescriptionPoster Sessions: Monday, 13 August and Tuesday, 14 August, 12:15-1:15 pm
We propose a method to create a pen that suits people's preferences easily by using a 3D printer. Elasticity can be reproduced by giving the spring structure, and a capillary phenomenon occurs by applying a fine gap to the pen tip.
We propose a method to create a pen that suits people's preferences easily by using a 3D printer. Elasticity can be reproduced by giving the spring structure, and a capillary phenomenon occurs by applying a fine gap to the pen tip.
Contributors
Kohei Ogawa
University of Tsukuba
Digital Nature Group
Kengo Tanaka
University of Tsukuba
Digital Nature Group
Tatsuya Minagawa
University of Tsukuba
Digital Nature Group
Yoichi Ochiai
University of Tsukuba
Digital Nature Group
SessionArt & Design
Contributors
Christy Spangler
Eric Stolzenberg
Event Type
Posters
TimeNone
LocationWest Building, Ballroom Foyer, Vancouver Convention Centre
DescriptionPoster Sessions: Tuesday, 14 August and Wednesday, 15 August, 12:15-1:15 pm
The digital illustration of El Faro resting on the ocean floor is the result of a sophisticated series of modeling exercises. It was the solution to the question of how best to show the vessel’s entire hull wreckage when an overall image was unobtainable from underwater photos and sonar imaging.
The digital illustration of El Faro resting on the ocean floor is the result of a sophisticated series of modeling exercises. It was the solution to the question of how best to show the vessel’s entire hull wreckage when an overall image was unobtainable from underwater photos and sonar imaging.
Contributors
Christy Spangler
National Transportation Safety Board
Eric Stolzenberg
National Transportation Safety Board
SessionArt & Design
Contributor
Richard Cottrell
Event Type
Posters
TimeNone
LocationWest Building, Ballroom Foyer, Vancouver Convention Centre
DescriptionPoster Sessions: Monday, 13 August and Wednesday, 15 August, 12:15-1:15 pm
Using commercially available parts, Ephemeral Sandscaper produces complex layered landscapes by semi-randomly selecting predefined elements and sculpting them onto a material field with compelling implications for soft architecture.
INVITED TO THE FIRST ROUND OF THE STUDENT RESEARCH COMPETITION
Using commercially available parts, Ephemeral Sandscaper produces complex layered landscapes by semi-randomly selecting predefined elements and sculpting them onto a material field with compelling implications for soft architecture.
INVITED TO THE FIRST ROUND OF THE STUDENT RESEARCH COMPETITION
Contributor
Richard Cottrell
UNC Charlotte
SessionArt & Design
Contributor
Tim McGraw
Event Type
Posters
TimeNone
LocationWest Building, Ballroom Foyer, Vancouver Convention Centre
DescriptionPoster Session: Wednesday, 15 August, 12:15-1:15 pm
Images of 3D fractals almost exclusively depict opaque surfaces to simulate a physical realization of these virtual objects. This work explores the range of images made possible by reinterpreting the fractal as a volume and considering material transparency, light absorption, and refraction.
Images of 3D fractals almost exclusively depict opaque surfaces to simulate a physical realization of these virtual objects. This work explores the range of images made possible by reinterpreting the fractal as a volume and considering material transparency, light absorption, and refraction.
Contributor
Tim McGraw
Purdue University
SessionArt & Design
Contributors
Maria L. Lantin
Simon L. Overstall
Hongzhu Zhao
Event Type
Posters
TimeNone
LocationWest Building, Ballroom Foyer, Vancouver Convention Centre
DescriptionPoster Session: Wednesday, 15 August, 12:15-1:15 pm
I Am Afraid is a multi-user networked VR application that uses voice to create sonic objects in a virtual environment. Words are spoken and rendered as three-dimensional textual objects. Other vocalizations are rendered as abstract shapes. The sculptural elements play back the voice by scrubbing, shaking, or looping.
I Am Afraid is a multi-user networked VR application that uses voice to create sonic objects in a virtual environment. Words are spoken and rendered as three-dimensional textual objects. Other vocalizations are rendered as abstract shapes. The sculptural elements play back the voice by scrubbing, shaking, or looping.
Contributors
Maria L. Lantin
Emily Carr University of Art + Design
Simon L. Overstall
Emily Carr University of Art + Design
Hongzhu Zhao
University of Science and Technology of China
SessionArt & Design
Contributor
Shinji Mizuno
Event Type
Posters
TimeNone
LocationWest Building, Ballroom Foyer, Vancouver Convention Centre
DescriptionPoster Sessions: Tuesday, 14 August and Wednesday, 15 August, 12:15-1:15 pm
We introduce interactive projection mappings in a traditional Japanese house. We used shoji, a panel stuck with paper on the frame of the tree, and tatami, straw mats flooring that are often seen in Japanese traditional houses as projection screens, and exhibited interactive projection mappings in a tea ceremony.
We introduce interactive projection mappings in a traditional Japanese house. We used shoji, a panel stuck with paper on the frame of the tree, and tatami, straw mats flooring that are often seen in Japanese traditional houses as projection screens, and exhibited interactive projection mappings in a tea ceremony.
Contributor
Shinji Mizuno
Aichi Institute of Technology
SessionArt & Design
Contributors
Jaedong Lee
Jehee Lee
Event Type
Posters
TimeNone
LocationWest Building, Ballroom Foyer, Vancouver Convention Centre
DescriptionPoster Sessions: Monday, 13 August and Tuesday, 14 August, 12:15-1:15 pm
We formulate the process of walking mechanism in crowd using deep reinforcement learning.
We formulate the process of walking mechanism in crowd using deep reinforcement learning.
Contributors
Jaedong Lee
Seoul National Universiry
Movement Research Lab.
Jehee Lee
Seoul National University
Movement Research Lab.
SessionArt & Design
Contributor
Steve Caruso
Event Type
Posters
TimeNone
LocationWest Building, Ballroom Foyer, Vancouver Convention Centre
DescriptionPoster Sessions: Monday, 13 August and Tuesday, 14 August, 12:15-1:15 pm
We present a process-oriented human-guided system to transform images into oil paintings by least-color-variance brushstroke orientation selection. The technique also allows for significant increase of a finished image's resolution via extrapolation, and provides appropriate data for realizing the final painting as a 3D-printed artifact.
We present a process-oriented human-guided system to transform images into oil paintings by least-color-variance brushstroke orientation selection. The technique also allows for significant increase of a finished image's resolution via extrapolation, and provides appropriate data for realizing the final painting as a 3D-printed artifact.
Contributor
Steve Caruso
Raritan Valley Community College
Rutgers University
SessionArt & Design
Contributors
Ya-Bo Huang
Mei-Yun Chen
Ming Ouhyoung
Event Type
Posters
TimeNone
LocationWest Building, Ballroom Foyer, Vancouver Convention Centre
DescriptionPoster Sessions: Monday, 13 August and Wednesday, 15 August, 12:15-1:15 pm
We propose a color mixing model to predict a mixture of watercolor pigments by convolutional neural networks (CNN). With a watercolor dataset, we train our model to minimize the loss function of sRGB differences. Finally, our model achieved an acceptable result on color difference of 2.29 in Delta E (dE76).
We propose a color mixing model to predict a mixture of watercolor pigments by convolutional neural networks (CNN). With a watercolor dataset, we train our model to minimize the loss function of sRGB differences. Finally, our model achieved an acceptable result on color difference of 2.29 in Delta E (dE76).
Contributors
Ya-Bo Huang
National Taiwan University
Mei-Yun Chen
National Taiwan University
Ming Ouhyoung
National Taiwan University
SessionArt & Design
Contributors
Yi-Lung Kao
Yu-Sheng Chen
Ming Ouhyoung
Event Type
Posters
TimeNone
LocationWest Building, Ballroom Foyer, Vancouver Convention Centre
DescriptionPoster Sessions: Tuesday, 14 August and Wednesday, 15 August, 12:15-1:15 pm
We propose a Progressive-CRF-net for radiometric calibration. By stacking multiple networks and using the pre-trained weights, this approach can reduce the training time and reach better performance than that of previous work. Our experiments show a significant improvement based on PSNR and SSIM.
We propose a Progressive-CRF-net for radiometric calibration. By stacking multiple networks and using the pre-trained weights, this approach can reduce the training time and reach better performance than that of previous work. Our experiments show a significant improvement based on PSNR and SSIM.
Contributors
Yi-Lung Kao
National Taiwan University
Yu-Sheng Chen
National Taiwan University
Ming Ouhyoung
National Taiwan University
16. Small Trees, Big Data: Augmented Reality Model of Air Quality Data Via the Chinese Art of 'Artificial' Tray Planting
SessionArt & Design
Contributors
Jane Prophet
Yong Ming Kow
Mark Hurry
Event Type
Posters
TimeNone
LocationWest Building, Ballroom Foyer, Vancouver Convention Centre
DescriptionPoster Sessions: Wednesday, 15 August, 12:15-1:15 pm
Our app grows miniature L-systems trees from live Air Quality data, displaying them in real-time 3D using augmented reality. Developed using participatory design with 60-plus Chinese participants, we argue that making scientific data tangible via locally-relevant AR artifacts deepens engagement with scientific data, so social interactions support richer, situated sense-making.
Our app grows miniature L-systems trees from live Air Quality data, displaying them in real-time 3D using augmented reality. Developed using participatory design with 60-plus Chinese participants, we argue that making scientific data tangible via locally-relevant AR artifacts deepens engagement with scientific data, so social interactions support richer, situated sense-making.
Contributors
Jane Prophet
University of Michigan
Yong Ming Kow
City University
Mark Hurry
Digital Workshop Ltd
SessionArt & Design
Contributors
Yuka Takahashi
Tsukasa Fukusato
Event Type
Posters
TimeNone
LocationWest Building, Ballroom Foyer, Vancouver Convention Centre
DescriptionPoster Sessions: Monday, 13 August and Tuesday, 14 August, 12:15-1:15 pm
This poster presents a system that aims to assist with the design of hand-sewn embroidery. With our system, a user can edit their design until they are satisfied with the simulated embroidery. We demonstrate the effectiveness of our approach, showing that visually pleasing results can be generated with minimal effort.
INVITED TO THE FIRST ROUND OF THE STUDENT RESEARCH COMPETITION
This poster presents a system that aims to assist with the design of hand-sewn embroidery. With our system, a user can edit their design until they are satisfied with the simulated embroidery. We demonstrate the effectiveness of our approach, showing that visually pleasing results can be generated with minimal effort.
INVITED TO THE FIRST ROUND OF THE STUDENT RESEARCH COMPETITION
Contributors
Yuka Takahashi
The University of Tokyo
CERN
Tsukasa Fukusato
The University of Tokyo
SessionArt & Design
Contributors
Predrag K. Nikolic
Hua Yang
Jyunjye Chen
George Peter Stankevich
Event Type
Posters
TimeNone
LocationWest Building, Ballroom Foyer, Vancouver Convention Centre
DescriptionPoster Sessions: Tuesday, 14 August and Wednesday, 15 August, 12:15-1:15 pm
Project Syntropic Counterpoints has been conceptualized in the form of a series of discussions between artificial intelligence (historical persons) clones, related to topics we want to expose to AI interpretation. The project is an artist response to rising technology singularity and artificial intelligence implementation in every aspect of everyday life.
Project Syntropic Counterpoints has been conceptualized in the form of a series of discussions between artificial intelligence (historical persons) clones, related to topics we want to expose to AI interpretation. The project is an artist response to rising technology singularity and artificial intelligence implementation in every aspect of everyday life.
Contributors
Predrag K. Nikolic
Cheung Kong School of Art and Design, Shantou University
Hua Yang
Cheung Kong School of Art and Design, Shantou University
Jyunjye Chen
Department of Mechatronic Engineering, Shantou University
George Peter Stankevich
Cheung Kong School of Art and Design, Shantou University
SessionArt & Design
Contributor
Águeda Simó
Event Type
Posters
TimeNone
LocationWest Building, Ballroom Foyer, Vancouver Convention Centre
DescriptionPoster Session: Wednesday, 15 August, 12:15-1:15 pm
Stereoscopic techniques help to perceive spatial depth; hence they are used to create realistic representations of the three-dimensional world. They can also be used to manipulate spatial dimensions and create alternative spaces that challenge our understanding of visual reality as it is shown in the artwork Eccentric Spaces.
Stereoscopic techniques help to perceive spatial depth; hence they are used to create realistic representations of the three-dimensional world. They can also be used to manipulate spatial dimensions and create alternative spaces that challenge our understanding of visual reality as it is shown in the artwork Eccentric Spaces.
Contributor
Águeda Simó
University of Beira Interior
SessionArt & Design
Contributors
Kyoung Swearingen
Scott Swearingen
Event Type
Posters
TimeNone
LocationWest Building, Ballroom Foyer, Vancouver Convention Centre
DescriptionPoster Sessions: Monday, 13 August and Tuesday, 14 August, 12:15-1:15 pm
"Wall Mounted Level" is a cooperative mixed-reality game that leverages multimodal interactions to support its narrative of "reconciliation." The digital and physical characteristics of the game itself are further reflected in the ways in which players interact with the software and one another through "touch."
"Wall Mounted Level" is a cooperative mixed-reality game that leverages multimodal interactions to support its narrative of "reconciliation." The digital and physical characteristics of the game itself are further reflected in the ways in which players interact with the software and one another through "touch."
Contributors
Kyoung Swearingen
The Ohio State University
Scott Swearingen
The Ohio State University
Augmented & Virtual Realities
Event TypePosters
TimeNone
LocationWest Building, Ballroom Foyer, Vancouver Convention Centre
SessionAugmented & Virtual Realities
Contributors
Gyorgy Denes
Kuba Maruszczyk
Rafał K. Mantiuk
Event Type
Posters
TimeNone
LocationWest Building, Ballroom Foyer, Vancouver Convention Centre
DescriptionPoster Sessions: Monday, 13 August and Tuesday, 14 August, 12:15-1:15 pm
This poster introduces a novel perception-based approach to reduce the rendering cost and transmission bandwidth of high-frequency displays and virtual reality headsets.
This poster introduces a novel perception-based approach to reduce the rendering cost and transmission bandwidth of high-frequency displays and virtual reality headsets.
Contributors
Gyorgy Denes
University of Cambridge
Kuba Maruszczyk
University of Cambridge
Rafał K. Mantiuk
University of Cambridge
SessionAugmented & Virtual Realities
Contributors
Alberto Badias
Iciar Alfaro
David González
Francisco Chinesta
Elias Cueto
Event Type
Posters
TimeNone
LocationWest Building, Ballroom Foyer, Vancouver Convention Centre
DescriptionPoster Sessions: Monday, 13 August and Tuesday, 14 August, 12:15-1:15 pm
This poster presents a new way of adding augmented information based on the computation of the physical equations that truly govern the behavior of objects. Using model order reduction techniques, we are able to pre-compute a parametric solution that is only evaluated in the visualization stage, greatly reducing the computation time.
INVITED TO THE FIRST ROUND OF THE STUDENT RESEARCH COMPETITION
This poster presents a new way of adding augmented information based on the computation of the physical equations that truly govern the behavior of objects. Using model order reduction techniques, we are able to pre-compute a parametric solution that is only evaluated in the visualization stage, greatly reducing the computation time.
INVITED TO THE FIRST ROUND OF THE STUDENT RESEARCH COMPETITION
Contributors
Alberto Badias
Universidad de Zaragoza
Iciar Alfaro
Universidad de Zaragoza
David González
Universidad de Zaragoza
Francisco Chinesta
Arts et Métiers, ParisTech
Elias Cueto
Universidad de Zaragoza
SessionAugmented & Virtual Realities
Contributors
Yun-Ho Yu
Chien-Hsing Chou
Event Type
Posters
TimeNone
LocationWest Building, Ballroom Foyer, Vancouver Convention Centre
DescriptionPoster Sessions: Tuesday, 14 August and Wednesday, 15 August, 12:15-1:15 pm
In this study, we design interactive teaching aids for essentials of anatomy and physiology to student under 15. To make learning easier, we use 3D printing to make a human bones model. We design a simulated demonstration of muscles and tendons, and an AR system for the bones model.
In this study, we design interactive teaching aids for essentials of anatomy and physiology to student under 15. To make learning easier, we use 3D printing to make a human bones model. We design a simulated demonstration of muscles and tendons, and an AR system for the bones model.
Contributors
Yun-Ho Yu
TamKang University
Chien-Hsing Chou
TamKang University
SessionAugmented & Virtual Realities
Contributors
Takuro Nakao
Pai Yun Suen
Megumi Isogai
Hideaki Kimata
Kai Kunze
Event Type
Posters
TimeNone
LocationWest Building, Ballroom Foyer, Vancouver Convention Centre
DescriptionPoster Sessions: Monday, 13 August and Tuesday, 14 August, 12:15-1:15 pm
This poster presents Make-a-Face, a wearable device that allows the user to use tongue, mouth, or cheek gestures via a mask-shaped device that senses muscle movement on the lower half of the face.
This poster presents Make-a-Face, a wearable device that allows the user to use tongue, mouth, or cheek gestures via a mask-shaped device that senses muscle movement on the lower half of the face.
Contributors
Takuro Nakao
Keio University Graduate School of Media Design
Pai Yun Suen
Keio University Graduate School of Media Design
Megumi Isogai
NTT Media Intelligence Laboratories
Hideaki Kimata
NTT Media Intelligence Laboratories
Kai Kunze
Keio University Graduate School of Media Design
SessionAugmented & Virtual Realities
Contributors
Yiming Lin
Pieter Peers
Abhijeet Ghosh
Event Type
Posters
TimeNone
LocationWest Building, Ballroom Foyer, Vancouver Convention Centre
DescriptionPoster Sessions: Tuesday, 14 August and Wednesday, 15 August, 12:15-1:15 pm
This poster presents a novel example-based material appearance modeling method for digital content creation, using a single HDR photograph of an exemplar object made of a desired material under known environmental illumination.
This poster presents a novel example-based material appearance modeling method for digital content creation, using a single HDR photograph of an exemplar object made of a desired material under known environmental illumination.
Contributors
Yiming Lin
Imperial College London
Pieter Peers
College of William & Mary
Abhijeet Ghosh
Imperial College London
SessionAugmented & Virtual Realities
Contributors
Ping-Hsuan Han
Jia-Wei Lin
Chen-Hsin Hsieh
Jhih-Hong Hsu
Yi-Ping Hung
Event Type
Posters
TimeNone
LocationWest Building, Ballroom Foyer, Vancouver Convention Centre
DescriptionPoster Sessions: Tuesday, 14 August and Wednesday, 15 August, 12:15-1:15 pm
This poster introduces a limbs movement guiding system for learning physical activities with a video see-through HMD and a Kinect 2, which contains a method for skeleton calibration.
This poster introduces a limbs movement guiding system for learning physical activities with a video see-through HMD and a Kinect 2, which contains a method for skeleton calibration.
Contributors
Ping-Hsuan Han
National Taiwan University
Jia-Wei Lin
National Taiwan University
Chen-Hsin Hsieh
National Taiwan University
Jhih-Hong Hsu
National Taiwan University
Yi-Ping Hung
Tainan National University of the Arts
National Taiwan University
SessionAugmented & Virtual Realities
Contributors
Katharina Krösl
Anna Felnhofer
Johanna X. Kafka
Laura Schuster
Alexandra Rinnerthaler
Michael Wimmer
Oswald Kothgassner
Event Type
Posters
TimeNone
LocationWest Building, Ballroom Foyer, Vancouver Convention Centre
DescriptionPoster Sessions: Monday, 13 August and Tuesday, 14 August, 12:15-1:15 pm
As part of an interdisciplinary project between psychology and computer science, this poster presents a virtual reality simulation for training different attentional abilities in children and adolescents. The simulation was proven to be immersive, engaging, and motivating, and is currently used in a clinical study.
INVITED TO THE FIRST ROUND OF THE STUDENT RESEARCH COMPETITION
As part of an interdisciplinary project between psychology and computer science, this poster presents a virtual reality simulation for training different attentional abilities in children and adolescents. The simulation was proven to be immersive, engaging, and motivating, and is currently used in a clinical study.
INVITED TO THE FIRST ROUND OF THE STUDENT RESEARCH COMPETITION
Contributors
Katharina Krösl
TU Wien
VRVis Research Center
Anna Felnhofer
Medical University of Vienna
Johanna X. Kafka
Medical University of Vienna
Laura Schuster
University of Vienna
Alexandra Rinnerthaler
University of Vienna
Michael Wimmer
TU Wien
Oswald Kothgassner
Medical University of Vienna
SessionAugmented & Virtual Realities
Contributors
Wan-Lun Tsai
Min-Chun Hu
Event Type
Posters
TimeNone
LocationWest Building, Ballroom Foyer, Vancouver Convention Centre
DescriptionPoster Sessions: Monday, 13 August and Wednesday, 15 August, 12:15-1:15 pm
This poster introduces a framework for basketball tactics training via VR technology. With the help of high-immersive VR interaction system and beneficial virtual training assistants (movement guidance and virtual defender), tactic(s) training can be much more interesting and effective.
This poster introduces a framework for basketball tactics training via VR technology. With the help of high-immersive VR interaction system and beneficial virtual training assistants (movement guidance and virtual defender), tactic(s) training can be much more interesting and effective.
Contributors
Wan-Lun Tsai
National Cheng Kung University
Min-Chun Hu
National Cheng Kung University
SessionAugmented & Virtual Realities
Contributors
Jotaro Shigeyama
Takeru Hashimoto
Shigeo Yoshida
Taiju Aoki
Takuji Narumi
Tomohiro Tanikawa
Michitaka Hirose
Event Type
Posters
TimeNone
LocationWest Building, Ballroom Foyer, Vancouver Convention Centre
DescriptionPoster Sessions: Monday, 13 August and Tuesday, 14 August, 12:15-1:15 pm
This poster introduces a dynamic weight moving VR controller for 2D haptic shape rendering using a haptic shape illusion. This allows users to perceive the feeling of various shapes in virtual space with a single controller. In the poster session, we present the hardware design and evaluation of our prototype.
INVITED TO THE FIRST ROUND OF THE STUDENT RESEARCH COMPETITION
This poster introduces a dynamic weight moving VR controller for 2D haptic shape rendering using a haptic shape illusion. This allows users to perceive the feeling of various shapes in virtual space with a single controller. In the poster session, we present the hardware design and evaluation of our prototype.
INVITED TO THE FIRST ROUND OF THE STUDENT RESEARCH COMPETITION
Contributors
Jotaro Shigeyama
The University of Tokyo
Takeru Hashimoto
The University of Tokyo
Shigeo Yoshida
The University of Tokyo
Taiju Aoki
The University of Tokyo
Takuji Narumi
The University of Tokyo
Tomohiro Tanikawa
The University of Tokyo
Michitaka Hirose
The University of Tokyo
Display & Rendering
Event TypePosters
TimeNone
LocationWest Building, Ballroom Foyer, Vancouver Convention Centre
30. A Process to Create Dynamic Landscape Paintings Using Barycentric Shading With Control Paintings
SessionDisplay & Rendering
Contributors
Mathew Justice
Ergun Akleman
Event Type
Posters
TimeNone
LocationWest Building, Ballroom Foyer, Vancouver Convention Centre
DescriptionPoster Sessions: Monday, 13 August and Tuesday, 14 August, 12:15-1:15 pm
This poster presents a process that uses Barycentric shading method to create dynamic landscape paintings that change based on time of the day. This process can allow creating dynamic paintings for any time of the day simply by using a limited number of control paintings.
INVITED TO THE FIRST ROUND OF THE STUDENT RESEARCH COMPETITION
This poster presents a process that uses Barycentric shading method to create dynamic landscape paintings that change based on time of the day. This process can allow creating dynamic paintings for any time of the day simply by using a limited number of control paintings.
INVITED TO THE FIRST ROUND OF THE STUDENT RESEARCH COMPETITION
Contributors
Mathew Justice
Texas A&M University
Ergun Akleman
Texas A&M University
TEXAS A&M UNIVERSITY
SessionDisplay & Rendering
Contributor
Naoki Hashimoto
Event Type
Posters
TimeNone
LocationWest Building, Ballroom Foyer, Vancouver Convention Centre
DescriptionPoster Sessions: Tuesday, 14 August and Wednesday, 15 August, 12:15-1:15 pm
This poster presents an all-around aerial 3D imaging display using a symmetrical mirror structure that can enlarge viewing angle for multiple viewers to entire circumference.
This poster presents an all-around aerial 3D imaging display using a symmetrical mirror structure that can enlarge viewing angle for multiple viewers to entire circumference.
Contributor
Naoki Hashimoto
The University of Electro-Communications
32. Aerial 3D/2D Composite Display: Depth-fused 3D for the Central User and 2D for Surrounding Audiences
SessionDisplay & Rendering
Contributor
Yoshiki Terashima
Event Type
Posters
TimeNone
LocationWest Building, Ballroom Foyer, Vancouver Convention Centre
DescriptionPoster Sessions: Monday, 13 August and Wednesday, 15 August, 12:15-1:15 pm
This poster presents a novel optical system to show an aerial 3D image for a user in front of the display, and to show its 2D image for the surrounding viewers. We use technique of Aerial Imaging by Retro-Reflection and Depth-Fused 3D display.
This poster presents a novel optical system to show an aerial 3D image for a user in front of the display, and to show its 2D image for the surrounding viewers. We use technique of Aerial Imaging by Retro-Reflection and Depth-Fused 3D display.
Contributor
Yoshiki Terashima
Utsunomiya University
SessionDisplay & Rendering
Contributor
Martin Ritz
Event Type
Posters
TimeNone
LocationWest Building, Ballroom Foyer, Vancouver Convention Centre
DescriptionPoster Sessions: Monday, 13 August and Tuesday, 14 August, 12:15-1:15 pm
We created a fully automatic system for acquisition of spatially varying optical material behavior under a hemisphere of individual incident light directions. This generates material models that are flexibly applicable to arbitrary 3D model geometries, rendered and interacted with in real time, and not constrained to isotropic materials.
We created a fully automatic system for acquisition of spatially varying optical material behavior under a hemisphere of individual incident light directions. This generates material models that are flexibly applicable to arbitrary 3D model geometries, rendered and interacted with in real time, and not constrained to isotropic materials.
Contributor
Martin Ritz
Fraunhofer Institute for Computer Graphics Research IGD
SessionDisplay & Rendering
Contributors
Yusuke Tokuyoshi
Tomohiro Mizokuchi
Event Type
Posters
TimeNone
LocationWest Building, Ballroom Foyer, Vancouver Convention Centre
DescriptionPoster Sessions: Monday, 13 August and Tuesday, 14 August, 12:15-1:15 pm
We accelerate accurate hard shadow rendering by using a two-pass visibility test. To perform this visibility test, an optimized conservative shadow map is integrated into the pipeline of frustum-traced irregular z-buffers. In our experiments for 4K screen resolution, the performance is improved by more than double on average.
We accelerate accurate hard shadow rendering by using a two-pass visibility test. To perform this visibility test, an optimized conservative shadow map is integrated into the pipeline of frustum-traced irregular z-buffers. In our experiments for 4K screen resolution, the performance is improved by more than double on average.
Contributors
Yusuke Tokuyoshi
SQUARE ENIX CO., LTD.
Tomohiro Mizokuchi
SQUARE ENIX CO., LTD.
SessionDisplay & Rendering
Contributors
Vineet Batra
Ankit Phogat
Mridul Kavidayal
Event Type
Posters
TimeNone
LocationWest Building, Ballroom Foyer, Vancouver Convention Centre
DescriptionPoster Sessions: Tuesday, 14 August and Wednesday, 15 August, 12:15-1:15 pm
This poster presents a novel and intuitive method to create richly colored vector graphics in real time while preserving the underlying geometry, thereby allowing subsequent edits for iterative refinement.
This poster presents a novel and intuitive method to create richly colored vector graphics in real time while preserving the underlying geometry, thereby allowing subsequent edits for iterative refinement.
Contributors
Vineet Batra
Adobe Systems
Ankit Phogat
Adobe Systems
Mridul Kavidayal
Adobe Systems
SessionDisplay & Rendering
Contributors
FEI WANG
Shujin Lin
Ruomei Wang
Yi Li
Baoqaun Zhao
Event Type
Posters
TimeNone
LocationWest Building, Ballroom Foyer, Vancouver Convention Centre
DescriptionPoster Sessions: Tuesday, 14 August and Wednesday, 15 August, 12:15-1:15 pm
Our method shortens the time of fluid simulation by coupling the two conditions of density-invariant and divergence-free, and achieves the similar simulation effect compared with other methods. We regard the displacement of particles as the only basic variable of the continuity equation, which improves the stability of the fluid.
Our method shortens the time of fluid simulation by coupling the two conditions of density-invariant and divergence-free, and achieves the similar simulation effect compared with other methods. We regard the displacement of particles as the only basic variable of the continuity equation, which improves the stability of the fluid.
Contributors
FEI WANG
SUN YAT-SEN UNIVERSITY
Shujin Lin
SUN YAT-SEN UNIVERSITY
Ruomei Wang
SUN YAT-SEN UNIVERSITY
Yi Li
SUN YAT-SEN UNIVERSITY
Baoqaun Zhao
SUN YAT-SEN UNIVERSITY
SessionDisplay & Rendering
Contributors
Jiangyan Han
Ishtiaq Rasool Khan
Susanto Rahardja
Event Type
Posters
TimeNone
LocationWest Building, Ballroom Foyer, Vancouver Convention Centre
DescriptionPoster Sessions: Tuesday, 14 August and Wednesday, 15 August, 12:15-1:15 pm
This poster proposes an adaptive tone mapping method for displaying HDR images according to ambient light conditions. We enhance the HDR image using an algorithm based on the Naka-Rushton model to match the HVS response, and use the tone mapping curve constructed by the original luminance to realize adaptive tone mapping.
This poster proposes an adaptive tone mapping method for displaying HDR images according to ambient light conditions. We enhance the HDR image using an algorithm based on the Naka-Rushton model to match the HVS response, and use the tone mapping curve constructed by the original luminance to realize adaptive tone mapping.
Contributors
Jiangyan Han
Northwestern Polytechnical University
Ishtiaq Rasool Khan
University of Jeddah
Susanto Rahardja
Northwestern Polytechnical University
38. MegaParallax: 360° MegaParallax: 360° Panoramas With Motion Parallax
SessionDisplay & Rendering
Contributors
Tobias Bertel
Christian Richardt
Event Type
Posters
TimeNone
LocationWest Building, Ballroom Foyer, Vancouver Convention Centre
DescriptionPoster Sessions: Monday, 13 August and Wednesday, 15 August, 12:15-1:15 pm
This poster proposes a new image-based approach for capturing and rendering high-quality 360° MegaParallax: 360° Panoramas With Motion Parallax. We use novel-view synthesis with flow-based blending to turn a standard monoscopic video into an enriched 360° panoramic experience that can be explored in real time.
This poster proposes a new image-based approach for capturing and rendering high-quality 360° MegaParallax: 360° Panoramas With Motion Parallax. We use novel-view synthesis with flow-based blending to turn a standard monoscopic video into an enriched 360° panoramic experience that can be explored in real time.
Contributors
Tobias Bertel
University of Bath
Christian Richardt
University of Bath
SessionDisplay & Rendering
Contributors
Antoine Toisoul
Daljit Singh Dhillon
Abhijeet Ghosh
Event Type
Posters
TimeNone
LocationWest Building, Ballroom Foyer, Vancouver Convention Centre
DescriptionPoster Sessions: Monday, 13 August and Tuesday, 14 August, 12:15-1:15 pm
This poster presents a novel approach to measure spatially varying holographic surfaces. Such surfaces are made of one-dimensional diffraction gratings that vary in orientations and periodicities. Our method recovers orientation and periodicity maps using a flash illumination and a camera. We present real-time renderings that match the observed appearance.
This poster presents a novel approach to measure spatially varying holographic surfaces. Such surfaces are made of one-dimensional diffraction gratings that vary in orientations and periodicities. Our method recovers orientation and periodicity maps using a flash illumination and a camera. We present real-time renderings that match the observed appearance.
Contributors
Antoine Toisoul
Imperial College London
Daljit Singh Dhillon
Imperial College London
Abhijeet Ghosh
Imperial College London
SessionDisplay & Rendering
Contributors
Yuliya Gitlina
Daljit Singh J. Dhillon
Jan Hansen
Dinesh K. Pai
Abhijeet Ghosh
Event Type
Posters
TimeNone
LocationWest Building, Ballroom Foyer, Vancouver Convention Centre
DescriptionPoster Sessions: Monday, 13 August and Tuesday, 14 August, 12:15-1:15 pm
This poster proposes a measurement-based interpolation method for efficient spectral rendering of human skin with a heterogeneous two-layer model. We approximate the spatially varying diffuse color component using bilinear interpolation of basis renderings with the measured chromophore concentrations as blending weights. We get promising results for our method with real-world data.
This poster proposes a measurement-based interpolation method for efficient spectral rendering of human skin with a heterogeneous two-layer model. We approximate the spatially varying diffuse color component using bilinear interpolation of basis renderings with the measured chromophore concentrations as blending weights. We get promising results for our method with real-world data.
Contributors
Yuliya Gitlina
Imperial College London
Daljit Singh J. Dhillon
Imperial College London
Jan Hansen
University of British Columbia
Dinesh K. Pai
University of British Columbia
Abhijeet Ghosh
Imperial College London
SessionDisplay & Rendering
Contributors
Markus Schütz
Michael Wimmer
Event Type
Posters
TimeNone
LocationWest Building, Ballroom Foyer, Vancouver Convention Centre
DescriptionPoster Sessions: Monday, 13 August and Tuesday, 14 August, 12:15-1:15 pm
This poster presents a method that progressively renders any point cloud that fits in GPU memory in real time, without the need of spatial acceleration structures. Instead, we use an incrementally generated, randomly shuffled VBO as data structure to pick random points for a uniform progression to the final result.
INVITED TO THE FIRST ROUND OF THE STUDENT RESEARCH COMPETITION
This poster presents a method that progressively renders any point cloud that fits in GPU memory in real time, without the need of spatial acceleration structures. Instead, we use an incrementally generated, randomly shuffled VBO as data structure to pick random points for a uniform progression to the final result.
INVITED TO THE FIRST ROUND OF THE STUDENT RESEARCH COMPETITION
Contributors
Markus Schütz
TU Wien
Michael Wimmer
TU Wien
SessionDisplay & Rendering
Contributors
Anastasia Feygina
Dmitry I. Ignatov
Ilya Makarov
Event Type
Posters
TimeNone
LocationWest Building, Ballroom Foyer, Vancouver Convention Centre
DescriptionPoster Sessions: Monday, 13 August and Wednesday, 15 August, 12:15-1:15 pm
We show realistic post-processing rendering based on generative adversarial network CycleWGAN. We propose using unpaired image-to-image translation with CycleGAN architecture and Wasserstein loss function with additional identity component in order to transfer modern graphics from GTA V video-game to the older version GTA, San Andreas, using a deep learning approach.
We show realistic post-processing rendering based on generative adversarial network CycleWGAN. We propose using unpaired image-to-image translation with CycleGAN architecture and Wasserstein loss function with additional identity component in order to transfer modern graphics from GTA V video-game to the older version GTA, San Andreas, using a deep learning approach.
Contributors
Anastasia Feygina
National Research University Higher School of Economics
Dmitry I. Ignatov
National Research University Higher School of Economics
Ilya Makarov
National Research University Higher School of Economics
SessionDisplay & Rendering
Contributors
Yen-Chih Chiang
Shih-Song Cheng
Huei-Siou Chen
Le-Jean Wei
Li-Ming Huang
David KT Chu
Event Type
Posters
TimeNone
LocationWest Building, Ballroom Foyer, Vancouver Convention Centre
DescriptionPoster Sessions: Tuesday, 14 August and Wednesday, 15 August, 12:15-1:15 pm
A 2.17-inch AMOLED panel with extremely high pixel density, pixel per degree, and aperture ratio (2228ppi, 45ppd, and 17.3%) was fabricated on a glass substrate. UHPD technology through the backplane and front-plane provides a complete solution for near-eye display applications, which effectively eliminates SDE and enhances VR user experiences dramatically.
A 2.17-inch AMOLED panel with extremely high pixel density, pixel per degree, and aperture ratio (2228ppi, 45ppd, and 17.3%) was fabricated on a glass substrate. UHPD technology through the backplane and front-plane provides a complete solution for near-eye display applications, which effectively eliminates SDE and enhances VR user experiences dramatically.
Contributors
Yen-Chih Chiang
INT TECH.
Shih-Song Cheng
INT TECH.
Huei-Siou Chen
INT TECH.
Le-Jean Wei
INT TECH.
Li-Ming Huang
INT TECH.
David KT Chu
INT TECH.
SessionDisplay & Rendering
Contributors
Keiko Nakamoto
Takafumi Koike
Event Type
Posters
TimeNone
LocationWest Building, Ballroom Foyer, Vancouver Convention Centre
DescriptionPoster Sessions: Monday, 13 August and Tuesday, 14 August, 12:15-1:15 pm
This poster presents an improved method for rendering heterogeneous translucent materials with existing homogeneous BSSRDF models. Combining the better dipole model with the method of Sone et al. brings better results than using other BSSRDF models.
This poster presents an improved method for rendering heterogeneous translucent materials with existing homogeneous BSSRDF models. Combining the better dipole model with the method of Sone et al. brings better results than using other BSSRDF models.
Contributors
Keiko Nakamoto
Hosei University
Takafumi Koike
Hosei University
