Submissions:DigitalVideo - Revision history

EfstratiosKontopoulos at 10:00, 13 October 2017

2017-10-13T10:00:59Z

2016-11-11T10:27:18Z

2016-10-20T10:52:35Z

2016-10-20T10:51:40Z

2016-10-18T10:15:34Z

2016-03-18T09:56:46Z

2016-03-18T09:55:47Z

2016-03-18T09:54:50Z

2015-06-30T08:05:32Z

2015-06-16T09:21:12Z

@@ Line 6: / Line 6: @@
 {{Content OP Proposal Template
 |SubmittedBy=PanagiotisMitzias, MarinaRiga, EfstratiosKontopoulos
-|Name=DigitalVideo
+|Name=Digital Video
 |Intent=The pattern intends to model digital video files, their components and other associated entities, such as codecs and containers. This pattern has been developed by [http://mklab.iti.gr/ MKLab] at CERTH/ITI for the [http://www.pericles-project.eu/ PERICLES] FP7 project.
 |Domain=Multimedia

@@ Line 7: / Line 7: @@
 |SubmittedBy=PanagiotisMitzias, MarinaRiga, EfstratiosKontopoulos
 |Name=DigitalVideo
-|Intent=The pattern intends to model digital video files, their components and other associated entities, such as codecs and containers. Most significant uses of digital video domain ontologies are media archiving and digital preservation of videos and video artworks. This pattern has been developed by [http://mklab.iti.gr/ MKLab] at CERTH/ITI for the [http://www.pericles-project.eu/ PERICLES] FP7 project.
+|Intent=The pattern intends to model digital video files, their components and other associated entities, such as codecs and containers. This pattern has been developed by [http://mklab.iti.gr/ MKLab] at CERTH/ITI for the [http://www.pericles-project.eu/ PERICLES] FP7 project.
 |Domain=Multimedia
 |CompetencyQuestion=<i>What does a digital video file consist of?</i> A digital video file usually consists of one or more streams. These streams are compressed using codecs (coder-decoder) and wrapped into a container.

@@ Line 5: / Line 5: @@
 }}
 {{Content OP Proposal Template
-|SubmittedBy=PanagiotisMitzias, EfstratiosKontopoulos, MarinaRiga
+|SubmittedBy=PanagiotisMitzias, MarinaRiga, EfstratiosKontopoulos
 |Name=DigitalVideo
 |Intent=The pattern intends to model digital video files, their components and other associated entities, such as codecs and containers. Most significant uses of digital video domain ontologies are media archiving and digital preservation of videos and video artworks. This pattern has been developed by [http://mklab.iti.gr/ MKLab] at CERTH/ITI for the [http://www.pericles-project.eu/ PERICLES] FP7 project.

@@ Line 5: / Line 5: @@
 }}
 {{Content OP Proposal Template
-|SubmittedBy=PanagiotisMitzias
+|SubmittedBy=PanagiotisMitzias, EfstratiosKontopoulos, MarinaRiga
 |Name=DigitalVideo
 |Intent=The pattern intends to model digital video files, their components and other associated entities, such as codecs and containers. Most significant uses of digital video domain ontologies are media archiving and digital preservation of videos and video artworks. This pattern has been developed by [http://mklab.iti.gr/ MKLab] at CERTH/ITI for the [http://www.pericles-project.eu/ PERICLES] FP7 project.

@@ Line 7: / Line 7: @@
 |SubmittedBy=PanagiotisMitzias
 |Name=DigitalVideo
-|Intent=The pattern intends to model digital video files, their components and other associated entities, such as codecs and containers. Most significant uses of digital video domain ontologies are media archiving and digital preservation of videos and video artworks. This pattern has been developed by MKLab at CERTH/ITI (http://mklab.iti.gr/) for the PERICLES FP7 project (http://www.pericles-project.eu/).
+|Intent=The pattern intends to model digital video files, their components and other associated entities, such as codecs and containers. Most significant uses of digital video domain ontologies are media archiving and digital preservation of videos and video artworks. This pattern has been developed by [http://mklab.iti.gr/ MKLab] at CERTH/ITI for the [http://www.pericles-project.eu/ PERICLES] FP7 project.
 |Domain=Multimedia
 |CompetencyQuestion=<i>What does a digital video file consist of?</i> A digital video file usually consists of one or more streams. These streams are compressed using codecs (coder-decoder) and wrapped into a container.