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AR/VR FIRST-TIMER RESEARCH EMERGING TECHNOLOGIES 20 FP F S EP E #SIGGRAPH2016 See, learn, touch, and try the state of the art in human-computer interaction and robotics. Emerging Technologies presents work from many sub-disciplines of interactive techniques, with a special emphasis on projects that explore science, high-resolution digital-cinema technologies, and interactive art-science narratives. EMERGING TECHNOLOGIES HOURS Sunday, 24 July noon-5:30 pm Monday, 25 July 10 am-5:30 pm Tuesday, 26 July 10 am-5:30 pm Wednesday, 27 July 10 am-5:30 pm Thursday, 28 July 10 am-1 pm A preliminary list of Emerging Technologies installations. Visit s2016.siggraph.org for updates. Image Credit: HapticWave: Directional Surface Vibrations Using Wave-Field Synthesis © 2016 Ravish Mehra, Oculus VR; Sean Keller, David Perek, Christoph Hohnerlein, Elia Gatti, Riccardo DeSalvo, Oculus Research. AnyLight: An Integral Illumination Device A novel programmable lighting device that can mimic the illumination effects of a wide range of lighting sources (spotlight, candle, natural light, etc.) using the principle of integral imaging. Yuichiro Takeuchi Shunichi Suwa Kunihiko Nagamine Sony Computer Science Laboratories, Inc. Big Robot Mk.1A This tall robot with two wheeled legs positions a human pilot five meters above the ground. The pilot controls the robot’s movement with foot motions as it follows the path of a five-meter-tall tall humanoid. Hiroo Iwata Yu-ta Kimura Hikaru Takatori Yu-uki Enzaki University of Tsukuba Computational Focus-Tunable Near-Eye Display This focus-tunable near-eye display is capable of reproducing multiple emerging display modes for augmented and virtual reality. Robert Konrad Nitish Padmanaban Stanford University Emily Cooper Dartmouth College Gordon Wetzstein Stanford University Demo of Face2Face: Real-Time Face Capture and Reenactment of RGB Videos A novel approach for real-time facial reenactment of a monocular target-video sequence, where the goal is to animate the facial expressions of the target video with a source actor and re-render the manipulated output video in a photo-realistic fashion. Justus Thies Friedrich-Alexander University Erlangen-Nürnberg Michael Zollhöfer Max-Planck-Institut für Informatik Marc Stamminger Friedrich-Alexander University Erlangen-Nürnberg Christian Theobalt Max-Planck-Institut für Informatik Matthias Nießner Stanford University Enjoy 360° Vision With FlyVIZ FlyVIZ is a novel, compact, lightweight display device that enables artificial omnidirectional vision, so users can see “with eyes behind the back”. Guillermo Andrade-Barroso Irisa/Inria Rennes Bretagne Atlantique Jerome Ardouin Florian Nouviale Anatole Lecuyer Maud Marchal Eric Marchand Irisa/Inria Rennes Bretagne Atlantique FinGAR: Combination of Electrical and Mechanical Stimulation for High-Fidelity Tactile Presentation FinGAR is a finger-glove tactile display that combines electrical and mechanical stimulation to reproduce high-fidelity tactile sensation on a finger-pad. Combining virtual scenes and a hand motion capture system, users experience various textures in the virtual world. Vibol Yem Ryuta Okazaki Hiroyuki Kajimoto Erika Oishi Junko Ikuta The University of Electro-Communications Table of Contents S2016.SIGGRAPH.ORG
EMERGING TECHNOLOGIES (continued) 21 Guidance Field: Vector Field for Implicit Guidance in Virtual Environments This new guidance method implicitly leads users to pre-defined points in virtual environments while allowing free exploration by altering users’ inputs according to a kind of vector field (guidance field). Ryohei Tanaka Takuji Narumi Tomohiro Tanikawa Michitaka Hirose The University of Tokyo HALUX: Projection-Based Interactive Skin for Digital Sports HALUX places phototransistors and vibrators on the body, and drives them with projector light to eliminate latency derived from communication. Haruya Uematsu Daichi Ogawa Ryuta Okazaki Taku Hachisu Hiroyuki Kajimoto Takahiro Shitara Keisuke Hoshino Khurelbaatar Sugarragchaa The University of Electro-Communications HapticWave: Directional Surface Vibrations Using Wave-Field Synthesis HapticWave is a novel haptic technology that delivers directional haptic sensations generated on a flat surface, without requiring users to wear a physical device. Ravish Mehra Oculus VR Sean Keller David Perek Christoph Hohnerlein Elia Gatti Riccardo DeSalvo Oculus Research HapTONE: Haptic Instrument for Enriched Musical Play HapTONE delivers high-fidelity vibrotactile sensations, not only at the moment of key input, but also as keys are pressed. The instrument can reproduce the touch sensations of a keyboard, stringed, percussion, or non-musical instrument. Daichi Ogawa Kenta Tanabe Vibol Yem The University of Electro-Communications Taku Hachisu University of Tsukuba Hiroyuki Kajimoto Akifumi Takahashi Ayaka Nishi The University of Electro-Communications Layered Telepresence: Simultaneous Multi-Presence Experience Using Eye-Gaze-Based Perceptual Awareness Blending Layered Telepresence allows a viewer to experience simultaneous multipresence by blending eye gaze and perceptual awareness of real-time audio/ visual information received from multiple telepresence robots. MHD Yamen Saraiji Shota Sugimoto Charith Fernando Kouta Minamizawa Keio University Susumu Tachi The University of Tokyo LiDARMAN: Reprogramming Reality With Egocentric Laser Depth Scanning LiDARMAN reprograms reality by substituting visual perception. Using a Light Detection And Ranging (LiDAR) sensor to provide altered vision, the system can provide a novel 3D reconstructed view from outside the body and enables novel applications. Takashi Miyaki The University of Tokyo Jun Rekimoto The University of Tokyo, Sony Computer Science Laboratories, Inc. LightAir: a Novel System for Tangible Communication With Quadcopters Using Foot Gestures and Projected Images This new paradigm of human-drone interaction combines foot gestures with images projected on the road. The system allows creation of a new type of tangible interaction with drones for augmented sports. Dzmitry Tsetserukou Mikhail Matrosov Olga Volkova Skolkovo Institute of Science and Technology Perceptually Based Foveated Virtual Reality This installation allows attendees to compare several perceptually based foveated rendering techniques running live inside a virtual reality headset with integrated eye-tracking. Anjul Patney Joohwan Kim Marco Salvi Anton Kaplanyan Chris Wyman Nir Benty Aaron Lefohn David Luebke NVIDIA Corporation Phyxel: Realistic Display Using Physical Objects With High-speed Spatially Pixelated Lighting This project explores computational display of shape and appearance. Based on persistence of vision, the system coordinates high-speed adaptive lighting and periodic motion of physical materials. Takatoshi Yoshida Yoshihiro Watanabe Masatoshi Ishikawa The University of Tokyo Ratchair: Furniture That Learns to Move Itself With Vibration This project presents a strategy for displacing big objects by attaching relatively small vibration sources. After learning how several random bursts of vibration affect its pose, an optimization algorithm discovers the optimal sequence of vibration patterns required to move the object to a specified position. Tetiana Pershakova Minjoo Cho Korea Alvaro Casinelli Daniel Saakes Korea Advanced Institute of Science and Technology Unlimited Corridor: Redirected Walking Techniques Using Visuo-Haptic Interaction Unlimited Corridor enables users to walk freely around virtual environments by touching walls, although in current reality they are walking around circular walls within a limited space. Attendees experience a VR search for confidential information in a skyscraper. Keigo Matsumoto The University of Tokyo Yuki Ban Takuji Narumi The University of Tokyo Yohei Yanase Unity Technologies SF Tomohiro Tanikawa Michitaka Hirose The University of Tokyo X-SectionScope: Cross-Section Projection in Light-Field Clone Image A novel interactive 3D informationvisualization display that superimposes a cross-sectional image on an aerial volumetric image of a real object. Yoshikazu Furuyama Atsushi Matsubayashi Yasutoshi Makino Hiroyuki Shinoda The University of Tokyo Table of Contents S2016.SIGGRAPH.ORG
Page 2 and 3: TABLE OF CONTENTS 2 3 CONFERENCE A
Page 4 and 5: REASONS TO ATTEND 4 Why SIGGRAPH? W
Page 6 and 7: CONFERENCE OVERVIEW (continued) 6 F
Page 8 and 9: CONFERENCE SCHEDULE (continued) 8 M
Page 10 and 11: CONFERENCE SCHEDULE (continued) 10
Page 12 and 13: ART FIRST-TIMER INVITED CONTENT AR
Page 14 and 15: ART RESEARCH ART PAPERS 14 FP F S
Page 16 and 17: COURSES 16 FP F #SIGGRAPH2016 Inst
Page 18 and 19: COURSES (continued) 18 RESEARCH VEC
Page 22 and 23: EMERGING TECHNOLOGIES (continued) 2
Page 24 and 25: ANIMATION & VFX FIRST-TIMER PRODUCT
Page 26 and 27: PRODUCTION SESSIONS (continued) 26
Page 28 and 29: REAL-TIME LIVE! 28 Immersive Augmen
Page 30 and 31: STUDIO (continued) 30 STUDIO PROJEC
Page 32 and 33: TALKS (continued) 32 PRODUCTION LIF
Page 34 and 35: TALKS (continued) 34 ANIMATION & VF
Page 36 and 37: TALKS (continued) 36 PRODUCTION THE
Page 38 and 39: TECHNICAL PAPERS (continued) 38 Pos
Page 40 and 41: TECHNICAL PAPERS (continued) 40 REN
Page 42 and 43: TECHNICAL PAPERS (continued) 42 Mul
Page 44 and 45: TECHNICAL PAPERS (continued) 44 IMA
Page 46 and 47: TECHNICAL PAPERS (continued) 46 An
Page 48 and 49: TECHNICAL PAPERS (continued) 48 PLA
Page 50 and 51: AR/VR FIRST-TIMER VR VILLAGE 50 FP
Page 52 and 53: VR VILLAGE (continued) 52 “Synest
Page 54 and 55: AR/VR FOR EDUCATORS FIRST-TIMER ACM
Page 56 and 57: EXHIBITOR SESSIONS (as of 5 May) 56
Page 58 and 59: GENERAL INFORMATION 58 Airport Shut
Page 60 and 61: CONFERENCE COMMITTEE 60 SIGGRAPH 20

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