The official title of MPEG-B is MPEG systems technologies. After developing MPEG-1, -2, -4 and -7, MPEG realised that there were specific systems technologies that did not fit naturally into…

The official title of MPEG-C is MPEG video technologies. As for systems, MPEG realised that there were specific video technologies supplemental to video compression that did not fit naturally into…

The official title of MPEG-D is MPEG audio technologies. Unlike MPEG-C, MPEG-D parts 1, 2 and 3 actually specify audio codecs that are not generic as MPEG-1, MPEG-2 and MPEG-4…

MPEG-E is the result of an entirely new direction of MPEG standardisation. Starting from the need to define API that applications can call to access key MPEG technologies, MPEG developed a…

The development of the MPEG-V standard Media context and control started in 2006 from the consideration that MPEG media – audio, video, 3D graphics etc. – offer virtual experiences that…

When MPEG began the development of the Augmented Reality Application Format (ARAF) it also started a specification called Augmented Reality Reference Model. Later it became aware that SC 24 Computer…

Multimedia service platform technologies (MPEG-M) specifies two main components of a multi­media device, called peer in MPEG-M. The first component is API: High-Level API for applications and Low-Level API for…

The development of the MPEG-U standards was motivated by the evolution of User Interfaces that integrate advanced rich media content such as 2D/3D, animations and video/audio clips and aggregate dedicated…

High efficiency coding and media delivery in heterogeneous environments (MPEG-H) is an integrated standard that resumes the original MPEG “one and trine” Systems-Video-Audio standards approach. In the wake of those…

Dynamic adaptive streaming over HTTP (DASH) is a suite of standards providing a standard solution for the efficient and easy streaming of multimedia using existing available HTTP infrastructure (particularly servers…