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International Standard​

  • Objective perceptual video quality measurement techniques for digital cable television in the presence of a full reference, ITU-T Recommendation J.144,  2004. 03.  

  • Objective perceptual video quality measurement techniques for standard definition digital broadcast television in the presence of a full reference, Recommendation ITU-R  BT.1683,  2004. 03. 

  • A method to reconstruct the received video sequence seen at the receiver using transmission error information to monitor the perceptual video quality at the receiver in digital cable television and video telephony , ITU-T Recommendation J.242,  2006. 12.  

  • A method to reconstruct received video using transmission error information for packet video transmission, Recommendation ITU-R  BT.1789,  2007. 04.  

  • Perceptual audiovisual quality measurement techniques for multimedia services over digital cable television networks in the presence of a reduced bandwidth reference, ITU-T Recommendation J.246,  2008. 08.  

  • Objective perceptual multimedia video quality measurement in the presence of a full reference , ITU-T Recommendation J.247,  2008. 08.  

  • Perceptual video quality measurement techniques for digital cable television in the presence of a reduced reference , ITU-T Recommendation J.249,  2010. 01   

  • Objective perceptual video quality measurement techniques for broadcasting applications using low definition television in the presence of a full reference signal, Recommendation ITU-R  BT.1866,  2010. 03.   

  • Objective perceptual visual quality measurement techniques for broadcasting applications using low definition television in the presence of a reduced bandwidth reference, Recommendation ITU-R  BT.1867,  2010. 03    

  • Objective multimedia video quality measurement of HDTV for digital cable television in the presence of a reduced reference signal, Recommendation ITU-R  J.342,  2011. 01    

  • Objective perceptual video quality measurement techniques for standard definition digital broadcast television in the presence of a reduced bandwidth reference, Recommendation ITU-R  BT.1885,  2011. 03    

  • Objective video quality measurement techniques for broadcasting applications using HDTV in the presence of a reduced reference signal, Recommendation ITU-R  BT.1908,  2012. 01    

  • Hybrid-NRe objective perceptual video quality measurement for HDTV and multimedia IP-based video services in the presence of encrypted bitstream data, Recommendation ITU-T  J.343.1,  2014. 11   

  • Hybrid-NR objective perceptual video quality measurement for HDTV and multimedia IP-based video services in the presence of non-encrypted bitstream data, Recommendation ITU-T  J.343.2,  2014. 11    

  • Hybrid-RRe objective perceptual video quality measurement for HDTV and multimedia IP-based video services in the presence of a reduced reference signal and encrypted bitstream data, Recommendation ITU-T  J.343.3,  2014. 11   

  • Hybrid-RR objective perceptual video quality measurement for HDTV and multimedia IP-based video services in the presence of a reduced reference signal and non-encrypted bitstream data, Recommendation ITU-T  J.343.4,  2014. 11  

  • Hybrid-FRe objective perceptual video quality measurement for HDTV and multimedia IP-based video services in the presence of a full reference signal and encrypted bitstream data, Recommendation ITU-T  J.343.5,  2014. 11  

  • Hybrid-FR objective perceptual video quality measurement for HDTV and multimedia IP-based video services in the presence of a full reference signal and non-encrypted bitstream data, Recommendation ITU-T  J.343.6,  2014. 11  

  • Display requirements for 3D video quality assessment, Recommendation ITU-T  P.914,  2016. 03   

  • Subjective assessment methods for 3D video quality, Recommendation ITU-T  P.915,  2016. 03    

  • Information and guidelines for assessing and minimizing visual discomfort and visual fatigue from 3D video, Recommendation ITU-T  P.916,  2016. 03    

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