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DTSTAMP:20260114T163813Z
LOCATION:Exhibition Hall 1\, Talk Stage\, Level 2 (Exhibition Centre)
DTSTART;TZID=Australia/Melbourne:20231214T130000
DTEND;TZID=Australia/Melbourne:20231214T153000
UID:siggraphasia_SIGGRAPH Asia 2023_sess327@linklings.com
SUMMARY:Emerging Technologies Talks 1: Haptics & Touch
DESCRIPTION:This year’s Emerging Technologies theme is the “IN(TER)VENTION
 .”\n\nDeveloping functional and experiential prototypes is a crucial step 
 towards novel technological innovations. As such, the Emerging Technologie
 s program plays a vital role within SIGGRAPH and SIGGRAPH Asia in driving 
 the development of research communities and to make a great impact on the 
 public.\n\nThe main form of presentation is a demonstration that promises 
 to provide you with an awe-inspiring experience! The best demonstration wi
 ll also be selected and honored with the “Best Demo Award”.\n\nCome and li
 sten to their talks on stage!\n\nHangerBody: a Haptic Device Using Haptic 
 Illusion for Multiple Parts of Body\n\nThe hanger reflex is a phenomenon i
 n which a strong sense of rotational force is perceived when one wares a w
 ire hanger on his/her head. We propose the HangerBody system, which applie
 s the hanger reflex to multiple parts of body simultaneously in order to e
 xpand the range of applications.\n\n\nTakuto Nakamura and Hideaki Kuzuoka 
 (The University of Tokyo)\n---------------------\nHapReel: A Racket-shaped
  Haptic Display Controller for Presenting Vibrotactile and Force Feedback 
 through Fingertip Deformation\n\nThe HapReel device, a compact, tactile fe
 edback system, recreates nuanced sensations of torque and impact experienc
 ed in racket sports through the use of two small motors and rotary element
 s. This innovation enables a highly immersive VR racket sports experience,
  enriching the digital sporting lands...\n\n\nDaichi Inoue, Kazuki Nishimo
 to, Takuto Nakamura, Koki Fukuda, and Takuji Narumi (University of Tokyo)\
 n---------------------\nDazzleVR: Enhancement of Brightness by Presenting 
 Afterimage and Dazzle Reflex Sensation in Virtual Reality\n\nThe presentat
 ion of brightness is essential in virtual reality. In this paper, we propo
 se a system that can induce the sensation of dazzle by presenting a realis
 tic afterimage and a pseudo dazzle reflex sensation with visuo-haptic feed
 back. Our system is expected to present realistic VR environments...\n\n\n
 Juro Hosoi, Takahiro Ito, Yuki Ban, and Shin'ichi Warisawa (The University
  of Tokyo)\n---------------------\nWaylet: Self-Contained Haptic Device fo
 r Park-Scale Interactions\n\nWaylet is a self-contained haptic device that
  can provide translational and rotational pseudo-forces by asymmetric vibr
 ation for park-scale interactions. We demonstrate an intuitive haptic navi
 gation system in a park-scale mixed-reality environment and haptic renderi
 ng to show the feasibility of our...\n\n\nTomosuke Maeda (Toyota Central R
 &D Labs., Inc.); Junnosuke Yamamoto (Keio University Graduate School of Me
 dia Design); Takayoshi Yoshimura and Hiroyuki Sakai (Toyota Central R&D La
 bs., Inc.); and Kouta Minamizawa (Keio University Graduate School of Media
  Design)\n---------------------\nAn Interactive Showcase of Touch'n'Draw: 
 Rapid 3D Sketching with Fluent Bimanual Coordination\n\nWe present Touch'n
 'Draw, a novel 3D sketching system that enables quickly and easily creatin
 g instant auxiliary lines and instant sketch surfaces for drawing desired 
 3D curves with fluent bimanual touch and pen interactions. We will produce
  concept sketches of sci-fi aircraft using our system to sho...\n\n\nTaegy
 u Jin, Seung-Jun Lee, Joon Hyub Lee, and Seok-Hyung Bae (Korea Advanced In
 stitute of Science and Technology (KAIST))\n---------------------\nFIRE: M
 id-Air Thermo-Tactile Display\n\nThis demonstration uses an ultrasound hap
 tic display-based mid-air thermo-tactile feedback system. Our method invol
 ves directing heated airflow toward the focused pressure point produced by
  the ultrasound display in order to concurrently provide thermal and tacti
 le cues in mid-air. We present this s...\n\n\nYatharth Singhal, Haokun Wan
 g, and Jin Ryong Kim (University of Texas at Dallas)\n--------------------
 -\nWearSway: Wearable Device to Reproduce Tactile Stimuli of Strong Wind t
 hrough Swaying Clothes\n\nWearSway is a compact and lightweight wearable h
 aptic device that simulates the swaying of clothes in the wind to reproduc
 e the sensation of a strong wind without large fans. The device utilizes m
 otors to vibrate strings connected to the clothing, thereby creating the e
 ffect of clothes swaying.\n\n\nKenichi Ito, Juro Hosoi, Kei Takanohashi, Y
 uki Ban, and Shin'ichi Warisawa (The University of Tokyo)\n---------------
 ------\nMultichannel Haptic Communication Platform with Wearable Sensing a
 nd Display\n\nWe will propose a platform that allows easy development of m
 ulti-channel vibrotactile content by leveraging existing workflows. This w
 as achieved with small load and 4-channel vibrotactile device attached to 
 the fingertip. Pre-recorded sensations and real-time multi-channel haptic 
 content will be de...\n\n\nHarunobu Taguchi (Keio University Graduate Scho
 ol of Media Design); Youichi Kamiyama (Keio University Graduate School of 
 Media Design, Cidre Interaction Design Inc.); Kenta Kan (DALIFILMS Inc.); 
 Yulan Ju (Keio University Graduate School of Media Design); Arata Horie (K
 eio University Graduate School of Media Design, commissure Inc.); Yoshihir
 o Tanaka (Nagoya Institute of Technology); Hironori Ishikawa (NTT DOCOMO, 
 INC.; Keio University Graduate School of Media Design); and Kouta Minamiza
 wa (Keio University Graduate School of Media Design)\n--------------------
 -\nFurAir:  Non-contact Presentation of Soft Fur Texture by Psuedo-haptics
  and Mid-air Ultrasound Haptic Feedback\n\nWe propose a non-contact method
  to present the tactile sensation of soft fur texture using ultrasound hap
 tic feedback and pseudo-haptics. By responsively adjusting haptic and visu
 al feedback according to user interaction and fur condition, our approach 
 effectively simulates a realistic fur stroking ...\n\n\nJuro Hosoi, Du Jin
 , Yuki Ban, and Shin'ichi Warisawa (The University of Tokyo)\n------------
 ---------\nSoftVibe: Enhancing On-Body Haptic Feedback in VR using Rapid-P
 rototyping Toolkit with Modularized Flexible Vibrotactile Device\n\nWe pre
 sent SoftVibe, a toolkit to support the usage of flexible electronics for 
 creating vibrotactile feedback in VR. The toolkit consists of a software i
 nterface designed for parameterized editing with a set of flexible control
  and vibrotactile modules.\n\n\nPingchuan Ke, Xingyu Yang, and Kening Zhu 
 (School of Creative Media, City University of Hong Kong)\n----------------
 -----\nAiRound: a touchable mid-air image viewable from 360 degrees\n\nAiR
 ound is an optical system that displays touchable mid-air images from 360-
 degree. It overcomes the limitations of mid-air images, observation range,
  light source visibility, and stray light generation. Our crucial techniqu
 e is rotating retroreflective transmissive optical elements combined with 
 v...\n\n\nYutaro Yano and Naoya Koizumi (The University of Electro-Communi
 cations)\n---------------------\nAirPolygon: Transparent, Film-based and F
 lexible 3D Display with Air-control\n\nThis demo proposes AirPolygon, a so
 ft, bendable, and transparent pneumatic control film. AirPolygon distingui
 shes itself with its ease of fabrication, high transparency for direct LCD
  attachment, and lightweight, deflatable design for portability.\n\n\nYuki
  Akachi and Junichi Yamaoka (Keio University)\n\nRegistration Category: Fu
 ll Access, Business & Innovation Symposium Access, Exhibit & Experience Ac
 cess, Enhanced Access, Trade Exhibitor, Experience Hall Exhibitor
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