Abstract — Scalability is the primary challenge to studying large networks. This paper studies partitioning as a technique towards scaling QoS routing algorithms. We develop method to create partitions based on probabilities that reflect the frequency of connection requests between nodes across a network. Our evaluation methodology quantifies the reduction of computational effort to find suitable path between a source and destination. The proposed approach is called stochastic partitioning which is a probabilistic method. The performance is measured in terms of reduction in computational effort
Given a large and complex network, we would like to find the partition of this network into a small ...
We propose a proper length function for an existing QoS routing algorithm (SAMCRA) that attempts to ...
QoS routing in WiFi P2P networks is the process of selecting a path to be used by peers based on the...
NoThis paper presents a new partitioning strategy with the objective of increasing scalability by re...
One barrier to deployment of large-scale QoS networks is scalability of QoS routing. Two major sourc...
Abstract. As a potential solution to provide quality of service (QoS) for next-generation IP network...
NoA new scheme is presented for partitioning a network having a specific number of nodes and degree ...
We investigate the problem of optimal end-to-end QoS budget partitioning to quantify the advantage o...
QoS routing is expected to be an essential building block of a future, efficient and scalable QoS-aw...
The performance and complexity of QoS routing depends on the complex interaction between a large set...
The purpose of this thesis was to explore different Intra-domain Quality of Service (QoS) routing te...
International audienceThis paper proposes a scalable algorithm for quality of service (QoS) based ro...
Abstract — QoS Routing has been studied to provide evidence that it can increase network utilization...
A number of important questions remain concerning the scalability of networks with quality of servi...
The rapid advances in telecommunication and Internet technologies is the driving force behind the em...
Given a large and complex network, we would like to find the partition of this network into a small ...
We propose a proper length function for an existing QoS routing algorithm (SAMCRA) that attempts to ...
QoS routing in WiFi P2P networks is the process of selecting a path to be used by peers based on the...
NoThis paper presents a new partitioning strategy with the objective of increasing scalability by re...
One barrier to deployment of large-scale QoS networks is scalability of QoS routing. Two major sourc...
Abstract. As a potential solution to provide quality of service (QoS) for next-generation IP network...
NoA new scheme is presented for partitioning a network having a specific number of nodes and degree ...
We investigate the problem of optimal end-to-end QoS budget partitioning to quantify the advantage o...
QoS routing is expected to be an essential building block of a future, efficient and scalable QoS-aw...
The performance and complexity of QoS routing depends on the complex interaction between a large set...
The purpose of this thesis was to explore different Intra-domain Quality of Service (QoS) routing te...
International audienceThis paper proposes a scalable algorithm for quality of service (QoS) based ro...
Abstract — QoS Routing has been studied to provide evidence that it can increase network utilization...
A number of important questions remain concerning the scalability of networks with quality of servi...
The rapid advances in telecommunication and Internet technologies is the driving force behind the em...
Given a large and complex network, we would like to find the partition of this network into a small ...
We propose a proper length function for an existing QoS routing algorithm (SAMCRA) that attempts to ...
QoS routing in WiFi P2P networks is the process of selecting a path to be used by peers based on the...