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BEGIN:VEVENT
DTSTAMP:20250522T212947Z
LOCATION:Exhibit Hall A Stage
DTSTART;TZID=America/Denver:20240801T130000
DTEND;TZID=America/Denver:20240801T143000
UID:siggraph_SIGGRAPH 2024_sess518@linklings.com
SUMMARY:Emerging Technologies Experience Presentation
DESCRIPTION:FIRE: Mid-air Thermo-tactile Display\n\nThis demonstration use
 s an ultrasound haptic display-based mid-air thermo-tactile feedback syste
 m. Our method involves directing heated airflow toward the focused pressur
 e point produced by the ultrasound display to concurrently provide thermal
  and tactile cues in mid-air. We present this system wit...\n\n\nJin Ryong
  Kim (University of Texas at Dallas)\n---------------------\nA Live Demo o
 f Single-photon Imaging and Applications\n\nSingle-photon sensors are a ra
 pidly evolving imaging technology featuring the unique ability of sensing 
 light at its finest possible granularity, viz., at the photon level. Our d
 emo will exhibit several exciting capabilities of single-photon sensors, w
 hich is made possible by an interplay of novel a...\n\n\nMohit Gupta (Univ
 ersity of Wisconsin Madison)\n---------------------\nDynamic Acousto-Caust
 ics in Dual-optimized Holographic Fields\n\nWe introduce “Dynamic Acousto-
 Caustics” a method that merges acoustofluidics with optics to dynamically 
 manipulate light caustics by controlling the shape of liquid surfaces. Usi
 ng computer-controlled acoustic fields to deform the surface of a liquid m
 edium, we generate dynamic light beh...\n\n\nTatsuki Fushimi (University o
 f Tsukuba, Research and Development Center for Digital Nature)\n----------
 -----------\nProject Starline: A High-fidelity Telepresence System\n\nProj
 ect Starline is the first photorealistic telepresence system that demonstr
 ably outperforms 2D videoconferencing systems, as measured by participant 
 ratings, meeting recall, and non-verbal behaviors [Lawrence et al.2021]. O
 ur prototype communication endstations combine state-of-the-art real-time 
 ...\n\n\nRyan Overbeck (Google)\n---------------------\nControlling the Co
 lor Appearance of Objects by Optimizing the Illumination Spectrum\n\nWe ha
 ve developed an innovative lighting system that changes specific target co
 lors while maintaining a natural white appearance, by using implementing p
 recisely spectral controlling of the spectral power distribution of illumi
 nation and metamerism. It was successfully showcased at the Paris Fashion.
 ..\n\n\nMasaru Tsuchida (NTT Corporation)\n\nRegistration Category: Full C
 onference, Full Conference Supporter, Experience, Exhibitor Full Conferenc
 e, Exhibitor Experience\n\nSession Chair: Angus Forbes (NVIDIA)
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