Emotion enabled multimodal user interface based on artificial neural networks |
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Recommendation ITU-T H.862.5 provides functional entities and architecture for emotion enabled multimodal user interface based on artificial neural network. As emotion technology continues to make big improvements in human-computer interaction (HCI) areas, many companies and researchers have been studying emotion technology. Various applications using multimodality and emotion analysis are also introduced these days with artificial intelligence technology. However, many of the current systems do not yet infer human emotion properly because some systems are either too dependent on certain sources, or too weak for real circumstances. Therefore, the proposed system architecture is for multimodal user interface (UI) based on emotion analysis with some properties and illustrations, and data with an artificial neural network. The multimedia data for the input is composed of text, speech, and image. For the unimodal emotion analysis, the data is pre-processed in the corresponding module. For example, the text data is pre-processed by data augmentation, person attributes recognition, topic cluster recognition, document summarization, named entity recognition, sentence splitter, keyword cluster, and sentence to graph functions.
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Citation: |
https://handle.itu.int/11.1002/1000/14690 |
Series title: |
H series: Audiovisual and multimedia systems H.800-H.899: E-health multimedia systems, services and applications H.860-H.869: Multimedia e-health data exchange services |
Approval date: |
2021-06-13 |
Provisional name: | F.EMO-NN |
Approval process: | AAP |
Status: |
In force |
Maintenance responsibility: |
ITU-T Study Group 21 |
Further details: |
Patent statement(s)
Development history
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ITU-T Recommendation |
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Summary |
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H.862.5 (06/2021)
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In force
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here
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here
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here
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ITU-T Supplement
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Title
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Status
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Summary
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Table of contents
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H Suppl. 6 (04/2006)
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Control load quantum for decomposed gateways
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In force
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here
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here
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here
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H Suppl. 9 (05/2008)
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Gateway control protocol: Operation of H.248 with H.225.0, SIP, and ISUP in support of emergency telecommunications service (ETS)/international emergency preference scheme (IEPS)
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In force
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here
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here
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here
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H Suppl. 11 (02/2009)
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Analysis of class-based home network QoS solutions
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In force
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here
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here
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here
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H Suppl. 12 (11/2013)
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Gateway control protocol: Priority traffic treatment by ITU-T H.248 gateways
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In force
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here
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here
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here
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H Suppl. 13 (10/2015)
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Gateway control protocol: Common ITU-T H.248 terminology - Release 2
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In force
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here
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here
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here
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H Suppl. 14 (10/2015)
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Gateway control protocol: SDP codepoints for gateway control - Release 2
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In force
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here
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here
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here
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H Suppl. 15 (01/2017)
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Conversion and coding practices for HDR/WCG Y'CbCr 4:2:0 video with PQ transfer characteristics
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In force
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here
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here
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here
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H Suppl. 17 (11/2014)
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Guide for addressing accessibility in standards
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In force
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here
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here
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here
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H Suppl. 18 (10/2017)
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Signalling, backward compatibility and display adaptation for HDR/WCG video coding
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In force
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here
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here
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here
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H Suppl. 19 (04/2021)
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Usage of video signal type code points
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In force
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here
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here
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here
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H Suppl. 21 (01/2025)
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Film grain synthesis technology for video applications
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In force
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here
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here
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Approved on |
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Testing of personal audio systems for compliance with ITU-T H.870 (2018)
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2024
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here
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Testing of personal audio systems for compliance with ITU-T H.870 (2018)
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2021
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here
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Telecommunications Accessibility Checklist
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2006
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here
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Roadmap for Telemedicine
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2006
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here
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