BEGIN:VCALENDAR VERSION:2.0 PRODID:-//swoogo.com//NONSGML kigkonsult.se iCalcreator 2.41.90// CALSCALE:GREGORIAN UID:31336162-3536-4233-b063-656532663766 BEGIN:VEVENT UID:a1b6ff5cabc9d3099d937d20866501136f04bfa2@swoogo.com DTSTAMP:20260909T121952Z DESCRIPTION:In digital content creation\, accurately assessing image and vi deo quality is essential to preserve the creator's original intent. Tradit ional evaluation methods often overlook the unique aspects of rendering sy stems or focus only on display monitor specifications\, missing the viewer 's perceptual experience. This study introduces a comprehensive framework that addresses these limitations by integrating a transmission channel mod el and a human perception model. The transmission channel model simulates how visual content is processed and displayed\, considering the rendering device's capabilities and constraints. The human perception model predicts how viewers interpret the content\, factoring in color fidelity\, brightn ess\, contrast\, and texture. By combining these models\, the framework of fers a more holistic evaluation of content quality\, assessing how well th e displayed content aligns with the creators' vision and viewer satisfacti on. Tested against a subject-rated database\, the framework demonstrated s uperior performance in predicting viewer satisfaction\, providing a valuab le tool for content creators\, display manufacturers\, and researchers. DTSTART:20241022T194500Z DTEND:20241022T201500Z LAST-MODIFIED:20260909T121952Z LOCATION:Session Room 1 SEQUENCE:0 STATUS:CONFIRMED SUMMARY:Towards an Objective Metric for Preserving Creative Intent Across D isplays TRANSP:OPAQUE X-ALT-DESC;FMTTYPE=text/html:

In digital content creation\, accurately as sessing image and video quality is essential to preserve the creator's ori ginal intent. Traditional evaluation methods often overlook the unique asp ects of rendering systems or focus only on display monitor specifications\ , missing the viewer's perceptual experience. This study introduces a comp rehensive framework that addresses these limitations by integrating a tran smission channel model and a human perception model. The transmission chan nel model simulates how visual content is processed and displayed\, consid ering the rendering device's capabilities and constraints. The human perce ption model predicts how viewers interpret the content\, factoring in colo r fidelity\, brightness\, contrast\, and texture. By combining these model s\, the framework offers a more holistic evaluation of content quality\, a ssessing how well the displayed content aligns with the creators' vision a nd viewer satisfaction. Tested against a subject-rated database\, the fram ework demonstrated superior performance in predicting viewer satisfaction\ , providing a valuable tool for content creators\, display manufacturers\, and researchers.

BEGIN:VALARM UID:61623266-3336-4464-b933-656265363965 ACTION:DISPLAY DESCRIPTION:In digital content creation\, accurately assessing image and vi deo quality is essential to preserve the creator's original intent. Tradit ional evaluation methods often overlook the unique aspects of rendering sy stems or focus only on display monitor specifications\, missing the viewer 's perceptual experience. This study introduces a comprehensive framework that addresses these limitations by integrating a transmission channel mod el and a human perception model. The transmission channel model simulates how visual content is processed and displayed\, considering the rendering device's capabilities and constraints. The human perception model predicts how viewers interpret the content\, factoring in color fidelity\, brightn ess\, contrast\, and texture. By combining these models\, the framework of fers a more holistic evaluation of content quality\, assessing how well th e displayed content aligns with the creators' vision and viewer satisfacti on. Tested against a subject-rated database\, the framework demonstrated s uperior performance in predicting viewer satisfaction\, providing a valuab le tool for content creators\, display manufacturers\, and researchers. TRIGGER:-PT15M END:VALARM END:VEVENT END:VCALENDAR