This paper presents an analytical model for evaluating the performance of streaming and elastic traffic integration in a multiservice network with dynamic channel allocation scheme (DCAS). Different classes of traffic have different quality of service (QoS) requirements. Therefore at the model analysis it is important to consider this feature. Formulae for performance characteristics e.g. blocking probabilities are derived. ©2010 IEEE
The technology of network slicing allows network resources to be distributed among virtual mobile op...
International audienceWe consider a flow-level model of a single-bottleneck link where elastic flows...
Future mobile networks are expected to support a significant number of applications and services. Wi...
This paper presents an analytical model for evaluating the performance of streaming and elastic traf...
This paper presents a mixed analytical model of preemptive streaming and elastic traffics with binar...
textabstractThis paper deals with the integration of `stream' traffic and `elastic' traffic in one s...
We present a fixed point approach to evaluate the quality of service parameters of elastic traffic m...
International audienceWe consider a network model where bandwidth is fairly shared by a dynamic numb...
We study an analytical model to evaluate the performance of the integration of streaming and data tr...
International audienceWhile Internet traffic is currently dominated by elastic data transfers, it is...
This article proposes an analytical model of a system with priorities servicing a mixture of differe...
This paper proposes multirate teletraffic loss models of a link that accommodates different service-...
This paper proposes multirate teletraffic loss models of a link that accommodates different service-...
Modern multi-service networks are inseparably linked with the commercial concept "triple play" that ...
International audienceWhile Internet traffic is currently dominated by elastic data transfers, it is...
The technology of network slicing allows network resources to be distributed among virtual mobile op...
International audienceWe consider a flow-level model of a single-bottleneck link where elastic flows...
Future mobile networks are expected to support a significant number of applications and services. Wi...
This paper presents an analytical model for evaluating the performance of streaming and elastic traf...
This paper presents a mixed analytical model of preemptive streaming and elastic traffics with binar...
textabstractThis paper deals with the integration of `stream' traffic and `elastic' traffic in one s...
We present a fixed point approach to evaluate the quality of service parameters of elastic traffic m...
International audienceWe consider a network model where bandwidth is fairly shared by a dynamic numb...
We study an analytical model to evaluate the performance of the integration of streaming and data tr...
International audienceWhile Internet traffic is currently dominated by elastic data transfers, it is...
This article proposes an analytical model of a system with priorities servicing a mixture of differe...
This paper proposes multirate teletraffic loss models of a link that accommodates different service-...
This paper proposes multirate teletraffic loss models of a link that accommodates different service-...
Modern multi-service networks are inseparably linked with the commercial concept "triple play" that ...
International audienceWhile Internet traffic is currently dominated by elastic data transfers, it is...
The technology of network slicing allows network resources to be distributed among virtual mobile op...
International audienceWe consider a flow-level model of a single-bottleneck link where elastic flows...
Future mobile networks are expected to support a significant number of applications and services. Wi...