BEGIN:VCALENDAR VERSION:2.0 PRODID:Linklings LLC BEGIN:VTIMEZONE TZID:Asia/Tokyo X-LIC-LOCATION:Asia/Tokyo BEGIN:STANDARD TZOFFSETFROM:+0900 TZOFFSETTO:+0900 TZNAME:JST DTSTART:18871231T000000 END:STANDARD END:VTIMEZONE BEGIN:VEVENT DTSTAMP:20260817T171604Z LOCATION:Hall E\, E Block\, Level B2 DTSTART;TZID=Asia/Tokyo:20241206T100000 DTEND;TZID=Asia/Tokyo:20241206T160000 UID:siggraphasia_SIGGRAPH Asia 2024_sess188@linklings.com SUMMARY:Emerging Technologies DESCRIPTION:Embark on a captivating journey “Beyond Boundaries” at the Eme rging Technologies Exhibition, a highlight of SIGGRAPH Asia 2024 in Tokyo, Japan. Prepare to be amazed as you step into a world where innovation kno ws no limits! Emerging Technologies is the premier arena to demonstrate no vel interactive technologies to a large audience, inspire, be amazed, and experience the future.\n\nFrom immersive virtual reality experiences to cu tting-edge artificial intelligence and robotics, the Emerging Technologies Exhibition showcases the latest advancements that will leave you in awe.\ n\nPicture yourself surrounded by awe-inspiring demonstrations that provid e a glimpse into tomorrow’s world. Feel the excitement as you interact wit h state-of-the-art prototypes and witness firsthand the incredible potenti al of emerging technologies.\nBut the excitement doesn’t end there! Attend ees will have the opportunity to engage with experts, participate in insig htful discussions, and gain valuable insights into the future of technolog y and innovation.\n\nA Demonstration of Selfrionette: A Force-Input Contro ller for Continuous Full-Body Avatar Manipulation and Enhanced Virtual Hap tics\n\nThis paper proposes a handheld controller that utilizes user's fin gers' force-inputs into an embodied and continuous virtual self body motio n in virtual reality (VR). The proposed system not only has a potential to overcome users' physical and spatial constraints of a physical environmen t but enable...\n\n\nYutaro Hirao (Nara Institute of Science and Technolog y (NAIST)) and Takeru Hashimoto (University of Tokyo)\n------------------- --\nAgiLimb: Embodied Agile Robotic Arm by Integrating Digital Reflex and Seamless Action Takeover\n\nWe developed the AgiLimb system to enable robo t operators to transcend their own perceptual and physical abilities while maintaining a sense of agency. We propose an idea of combining automated action takeover mechanism and vision-based digital reflex. The system achi eved dynamic catch and throw con...\n\n\nYusuke Kawashima and Yoshiaki Abe (Meiji University); Takeru Hashimoto (University of Tokyo); Shunichi Kasa hara (Sony Computer Science Laboratories, Okinawa Institute of Science and Technology Graduate University); and Ryuma Niiyama (Meiji University)\n-- -------------------\nAnimation Overdubbing: Animation Creating Tool for No n-humanoid Characters by Mixing Multiple Pose Remappings\n\nWe developed a new animation-creating system named "Animation Overdubbing". This system creates an animation of a non-humanoid character by taking weighted averag es of animations recorded by the users. By selecting multiple remapping me thods, the users can control the characters with many degrees of...\n\n\nA mane YAMAGUCHI, Yuji HATADA, and Takuji NARUMI (University of Tokyo)\n---- -----------------\nCasper DPM: Cascaded Perceptual Dynamic Projection Mapp ing onto Hands\n\nWe introduce Casper DPM - a dynamic projection mapping s ystem that can augment human hands in real-time with short perceived motio n-to-photon latency. Our system is interactive and enables a wide variety of application including gaming, creative artwork and social performances. \n\n\nYotam Erel and Or Kozlovsky-Mordenfeld (Tel Aviv University); Hiroki Kusuyama, Kohei Miura, Daisuke Iwai, and Kosuke Sato (Osaka University); and Amit H. Bermano (Tel Aviv University)\n---------------------\nEnhancin g Panoramic Experience in Head-Mounted Displays: Multiple Optical Systems and Real-Time Display Technology\n\nWe developed a head-mounted display (H MD) system featuring multiple displays and lenses, combined with software for calibration and real-time image correction. This HMD achieves an expan sive horizontal viewing angle of 220° for both eyes and a high resolution of up to 110 pixels per degree in centra...\n\n\nShoki Kishida, Kazuyuki A rimatsu, Yusuke Onishi, Norihide Kaneko, Yasutoshi Katsuda, Makoto Koizumi , and Takashi Shimazu (Sony Interactive Entertainment)\n------------------ ---\nGo Mountain! VR: Virtual Poles and Physical Motions for Trekking and Skiing Experiences\n\nWe offer attendees an immersive experience system th at provides the full-body sensations of mountain trekking and skiing withi n a 360-degree video environment. A key feature of our system is the abil ity to replicate the sensation of movements using poles. Additionally, ves tibular, lower/upper limbs...\n\n\nYukiya Ojima and Shogo Okamoto (Tokyo M etropolitan University); Vibol Yem (University of Tsukuba); and Yasushi Ik ei (University of Tokyo, Tokyo Metropolitan University)\n----------------- ----\nI vs. Me : An adversarial interaction with your past self\n\nWe prop ose an adversarial interaction with the past self. The player of our work interacts with a virtual self who reproduces the player's past movements. However, because the player does not clearly remember the movements, they have to respond immediately to the opponent’s attacks, which are ...\n\n\n Takuto Arizumi, Genki Akimoto, Jumpei Yamashita, and Jiting He (University of Tokyo)\n---------------------\nImmersive Conversations with Digital Ei nstein: Linking a Physical System and AI\n\nStep into a world where conver sations with Albert Einstein are possible! Digital Einstein, an immersive platform, uses cutting-edge technology to simulate realistic dialogues wit h a digital representation of the genius himself. Dive into Einstein's lif e and research with dynamic, personalized intera...\n\n\nRafael Wampfler, Nikola Kovacevic, Philine Witzig, Chen Yang, and Markus Gross (ETH Zurich) \n---------------------\nImproving Standing Balance with Mid-Air Haptic Fe edback\n\nWe propose an innovative use of mid-air haptic feedback to impro ve standing balance using the light touch effect, a phenomenon previously studied in the medical field. When users touch the focused point with thei r hands, they experience the light touch effect that improves their balanc e.\n\n\nArinobu Niijima, Masato Shindo, and Ryosuke Aoki (NTT Corporation) \n---------------------\nInteractive Virtual Fishing with Rendering Contin uous Reel Weight and Line Slack\n\nThis paper presents an interactive virt ual fishing system that offers continuous reel weight and line slack using a fishing rod device and a grounded device. We demonstrate a tug-of-war g ame between an angler and a fish using our technology.\n\n\nRyunosuke Tsuj i, Shota Yanagisawa, Tatsuya Sakaguchi, Kazuki Hirota, Rikuto Otsuka, Fumi hiko Nakamura, Fumihisa Shibata, and Asako Kimura (Ritsumeikan University) \n---------------------\nLighting-Based Assembly Guidance for Reconfigurab le Controller\n\nThis paper presents a method for guiding users to assembl e a reconfigurable game controller using multiple lighting on modular comp onents. It simplifies the construction process by indicating connection fa ces and orientations, making the assembly intuitive, especially for users without prior experie...\n\n\nYumi Ueda, Chenghui Liu, Toshiyuki Ando, Yoi chi Nishimaki, Yusuke Watanabe, Noriyuki Fukushima, Shinichi Hirata, Hitos hi Nakamura, and Hideki Mori (Sony Interactive Entertainment)\n----------- ----------\nParanormal Phenomenon Visual Experience through Binocular Riva lry in Virtual Reality\n\nWe propose using binocular rivalry in a visual e ffect presentation method by displaying different images in each eye. Our proposed method can offer a realistic visual experience of paranormal phen omena such as ghosts, magic, and more.\n\n\nKAI GUO, JURO HOSOI, YUKI BAN, YUKI SHIMOMURA, and SHIN’ICHI WARISAWA (University of Tokyo)\n----------- ----------\nRealistic Impact Perception in Multi-User VR Tennis: Enhancing UX through Hit-Stop and Modification of Others' Movement\n\nWe design a h it-stop presentation system where the user's movement is corrected by hit- stops, while the opponent's movement is displayed as neutral. In our multi -user VR tennis demonstration, the users can feel that their opponent's mo tion is natural, while they perceive a pseudo-impact force sense ...\n\n\n Shinnosuke Noguchi, Keigo Matsumoto, Yuki Ban, and Takuji Narumi (Universi ty of Tokyo)\n---------------------\nStealthy Location Tracking with Ninja Codes\n\nWe describe Ninja Codes, neurally-generated fiducial markers tha t blend naturally into real-world environments. Taking inspiration from ad vances in deep steganography, we train a neural network that transforms ar bitrary images into functional fiducial markers with minimal visual change s. Ninja Codes...\n\n\nYusuke Imoto (Osaka University); Shunya Kato (Kyoto University); and Yuichiro Takeuchi (Sony Computer Science Laboratories, I nc.; Wikitopia Institute)\n---------------------\nSkiWalkerVR: Towards Nat uralistic Virtual Walking Using Hand Movements and Foot Vibrations\n\nWe i ntroduce a novel VR walking method with arm swinging that predicts head an d foot positions from real-time hand movements using multi-output linear r egression. A foot vibration system is also integrated to provide haptic fe edback to the feet when predicted feet touch the ground for a highly immer ...\n\n\nHarin Hapuarachchi (Toyohashi University of Technology), Rahm Ran jan (University of New South Wales Sydney), Junya Nakamura and Michiteru K itazaki (Toyohashi University of Technology), and Juno Kim (University of New South Wales Sydney)\n---------------------\nThe evaluation of real-tim e CFD in olfactory VR\n\nWe research the olfactory VR using real-time Comp utational Fluid Dynamics (CFD).In this research, we investigated the usefu lness of real-time CFD in the olfactory VR. The sensory test indicated tha t real-time CFD improves the user’s sense of direction by smell in searchi ng the odor source in V...\n\n\nMasafumi Uda and Takamichi Nakamoto (Tokyo Institute of Technology)\n---------------------\nTractFree : Finger-Free Grip for Traction and Weight\n\nWe propose a thumb-and-index-finger-free h aptic device for VR, leveraging asymmetric vibrations to create traction i llusions. This device, compatible with hand-tracking and VR controllers, u ses a fingerband for secure grip and features wireless connectivity. Demon strated within an AR spatial haptic ...\n\n\nMitsuru Ito (Mitsubishi Elect ric Corporation) and Yuta Itoh, Kazuma Aoyama, and Tomohiro Amemiya (Unive rsity of Tokyo)\n---------------------\nTransformed Skin: Changing own ski n texture feeling for VR avatar embodiment\n\n'Texture swapping' is a nove l perceptual illusion where shifts in skin texture, resembling materials l ike balloons, fur, or tree leaves, create a sense of owning various real-w orld textures. We utilized the illusion to the full-body VR avatars and cr eate Transformed Skin experiences, strongly increa...\n\n\nSohei Wakisaka (Keio University Graduate School of Media Design, Keio University); Masato shi Matsubara (University of Tokyo); and Haruka Onoda, Fu Zening, Lucas Og asawara, and Kouta Minamizawa (Keio University Graduate School of Media De sign)\n\nRegistration Category: Enhanced Access, Exhibit & Experience Acce ss, Experience Hall Exhibitor, Full Access, Full Access Supporter, Trade E xhibitor\n\nLanguage Format: English Language END:VEVENT END:VCALENDAR