Texte intégral accessible uniquement aux membres de l'Université de LorraineThis work focuses on the definition of a novel approach of real-time QoS using the (m,k)-firm constraints into packet switched networks. We define the concept of loss-tolerant QoS with graceful degradation that consists in guaranteeing an acceptable level of QoS for loss-tolerant real-time applications in overload situation. Our approach is mainly applied to multimedia networks assuring the delivery of real-time loss-tolerant multimedia flows such as MPEG video broadcast, Voice over Ir, audio streams ... The contribution presented in this work is (1) to propose a novel scheduling algorithm to provide loss-tolerant QoS with graceful degradation, (2) validate the prop...
In this work, we develop a novel packet scheduling algorithm that properly incorporates the semantic...
Wireless networks are expected to support real-time interactive multimedia traffic and must be able,...
International audienceMultimedia applications usually manage large quantities of data in the form of...
Le cadre d'application de ce travail vise principalement les réseaux assurant le transport des flux ...
The Weighted Fair Queueing (WFQ) scheduling algorithm and its variants can be used to provide real-t...
This talk addresses the use of the (m,k)-firm model for providing real-time QoS guarantee in adaptiv...
This talk presents a new real-time Quality of Service (QoS) guarantee scheme called Relaxed (m,k)-fi...
Cette thèse se focalise sur le développement des algorithmes d'ordonnancement sous contrainte (m, k)...
This work focuses on the scheduling algorithms under (m,k)-firm constraint, as well as the applicati...
This paper presents a new QoS guarantee scheme called R-(m,k)-firm (Relaxed-(m,k)-firm) which provid...
According to the ITU-T, the quality of a multimedia service is defined by a set of user-related para...
Abstract-In this paper we focus on real-time scheduling of “soft ” real-time data services such as m...
In this paper we focus on real-time scheduling of `soft' real-time data services such as multimedia ...
Emerging applications such as distance education and corporate training are examples of delay tolera...
The unifying theme of this thesis is the design of packet schedulers to provide quality-of-service (...
In this work, we develop a novel packet scheduling algorithm that properly incorporates the semantic...
Wireless networks are expected to support real-time interactive multimedia traffic and must be able,...
International audienceMultimedia applications usually manage large quantities of data in the form of...
Le cadre d'application de ce travail vise principalement les réseaux assurant le transport des flux ...
The Weighted Fair Queueing (WFQ) scheduling algorithm and its variants can be used to provide real-t...
This talk addresses the use of the (m,k)-firm model for providing real-time QoS guarantee in adaptiv...
This talk presents a new real-time Quality of Service (QoS) guarantee scheme called Relaxed (m,k)-fi...
Cette thèse se focalise sur le développement des algorithmes d'ordonnancement sous contrainte (m, k)...
This work focuses on the scheduling algorithms under (m,k)-firm constraint, as well as the applicati...
This paper presents a new QoS guarantee scheme called R-(m,k)-firm (Relaxed-(m,k)-firm) which provid...
According to the ITU-T, the quality of a multimedia service is defined by a set of user-related para...
Abstract-In this paper we focus on real-time scheduling of “soft ” real-time data services such as m...
In this paper we focus on real-time scheduling of `soft' real-time data services such as multimedia ...
Emerging applications such as distance education and corporate training are examples of delay tolera...
The unifying theme of this thesis is the design of packet schedulers to provide quality-of-service (...
In this work, we develop a novel packet scheduling algorithm that properly incorporates the semantic...
Wireless networks are expected to support real-time interactive multimedia traffic and must be able,...
International audienceMultimedia applications usually manage large quantities of data in the form of...