Add to ORKGAbstract:- In this paper, application extensions for enhancing the MPEG4IP media-streaming platform, with Quality of Service (QoS) mechanisms are presented. These mechanisms concern both best effort and differentiated services networks. In the first case, rate adaptation schemes are implemented, together with error resilience mechanisms. In the second case, an appropriate layering is adopted in order to enable the definition of QoS policies based on stream prioritization and content aware packet marking
Future complex architectures for Web-Services-based delivery of services and objects require applica...
Future complex architectures for Web-Services-based delivery of services and objects require applica...
Future complex architectures for Web-Services-based delivery of services and objects require applica...
Abstract – In this paper, architectural extensions for enhancing an open media-streaming platform wi...
In streaming technologies, multimedia data is continuously fed to the user while they are processing...
Currently multimedia is either downloaded before viewing, or streamed over a network. However, strea...
Part 2: Ph.D. Student Workshop — Management of Future NetworkingInternational audienceOver the last ...
Through the last few years, we have qualified an overriding explosion of the Internet that penetrat...
Video streaming applications currently dominate Internet traffic. Particularly, HTTP Adaptive Stream...
This paper presents the design of a QoS-aware MPEG-4 multimedia-streaming system. This system was de...
With the proliferation of heterogeneous networks, there is a need to provide multimedia stream servi...
With the proliferation of heterogeneous networks, there is a need to provide multimedia stream servi...
Abstract — A Quality Oriented Adaptation Scheme (QOAS) for multimedia streaming in local networks is...
The increase of bandwidth and streaming technologies has made video on the Web viable. Streaming vid...
International audienceThis chapter discusses the different transport approaches for adaptive video s...
Future complex architectures for Web-Services-based delivery of services and objects require applica...
Future complex architectures for Web-Services-based delivery of services and objects require applica...
Future complex architectures for Web-Services-based delivery of services and objects require applica...
Abstract – In this paper, architectural extensions for enhancing an open media-streaming platform wi...
In streaming technologies, multimedia data is continuously fed to the user while they are processing...
Currently multimedia is either downloaded before viewing, or streamed over a network. However, strea...
Part 2: Ph.D. Student Workshop — Management of Future NetworkingInternational audienceOver the last ...
Through the last few years, we have qualified an overriding explosion of the Internet that penetrat...
Video streaming applications currently dominate Internet traffic. Particularly, HTTP Adaptive Stream...
This paper presents the design of a QoS-aware MPEG-4 multimedia-streaming system. This system was de...
With the proliferation of heterogeneous networks, there is a need to provide multimedia stream servi...
With the proliferation of heterogeneous networks, there is a need to provide multimedia stream servi...
Abstract — A Quality Oriented Adaptation Scheme (QOAS) for multimedia streaming in local networks is...
The increase of bandwidth and streaming technologies has made video on the Web viable. Streaming vid...
International audienceThis chapter discusses the different transport approaches for adaptive video s...
Future complex architectures for Web-Services-based delivery of services and objects require applica...
Future complex architectures for Web-Services-based delivery of services and objects require applica...
Future complex architectures for Web-Services-based delivery of services and objects require applica...