MPEG-21 Digital Item Adaptation (DIA) allows for a media codec agnostic multimedia adaptation approach which enables the implementation of generic adaptation engines. However, DIA is optimized for static, server-based adaptation. In this paper we introduce novel mechanisms to extend the DIA approach towards dynamic and distributed scenarios. This facilitates the placement of generic adaptation nodes which perform media codec agnostic and dynamic adaptation anywhere along the content delivery path. To validate our work we implemented such an adaptation node and evaluate its performance
In this paper we present an interoperable multimedia delivery framework for scalable video coding ba...
This paper presents the progress and final state of CAIN-21, an extensible and metadata driven mult...
We present a video adaptation system which takes account of users' preference on video affective con...
Special thanks to Ingo Wolf from T-Systems for providing additional test data (i.e., AQoS and gBSD f...
The diversity of end-terminal and access network capabilities as well as the dynamic nature of wirel...
Abstract — The seamless access to rich multimedia content on any device and over any network, usuall...
Content adaptation is an important issue of multimedia frameworks in order to achieve universal mult...
The multimedia community is pursuing, among others, the vision of Universal Multimedia Access (UMA)....
In order to enable transparent and convenient use of multi-media content across a wide range of netw...
Abstract—In order to cater to the diversity of terminals and networks, efficient and flexible adapta...
Due to the increasing heterogeneity in network and terminal capabilities, the delivery of multimedia...
This paper reports the results of the CE on MPEG-21 Digital Item Adaptation – Integration defined in...
Abstract – The concept of Digital Item Adaptation has been introduced as a part of the MPEG-21 stand...
MPEG-21 standard aims at defining elements needed to support a multimedia delivery chain. This paper...
This paper presents the progress and final state of CAIN-21, an extensible and metadata driven multi...
In this paper we present an interoperable multimedia delivery framework for scalable video coding ba...
This paper presents the progress and final state of CAIN-21, an extensible and metadata driven mult...
We present a video adaptation system which takes account of users' preference on video affective con...
Special thanks to Ingo Wolf from T-Systems for providing additional test data (i.e., AQoS and gBSD f...
The diversity of end-terminal and access network capabilities as well as the dynamic nature of wirel...
Abstract — The seamless access to rich multimedia content on any device and over any network, usuall...
Content adaptation is an important issue of multimedia frameworks in order to achieve universal mult...
The multimedia community is pursuing, among others, the vision of Universal Multimedia Access (UMA)....
In order to enable transparent and convenient use of multi-media content across a wide range of netw...
Abstract—In order to cater to the diversity of terminals and networks, efficient and flexible adapta...
Due to the increasing heterogeneity in network and terminal capabilities, the delivery of multimedia...
This paper reports the results of the CE on MPEG-21 Digital Item Adaptation – Integration defined in...
Abstract – The concept of Digital Item Adaptation has been introduced as a part of the MPEG-21 stand...
MPEG-21 standard aims at defining elements needed to support a multimedia delivery chain. This paper...
This paper presents the progress and final state of CAIN-21, an extensible and metadata driven multi...
In this paper we present an interoperable multimedia delivery framework for scalable video coding ba...
This paper presents the progress and final state of CAIN-21, an extensible and metadata driven mult...
We present a video adaptation system which takes account of users' preference on video affective con...