We consider the problem of routing in a network where QoS constraints are placed on network traffic. We provide two optimal algorithms that are based on determining the discontinuities of functions related to the optimization at hand. The proposed algorithms have pseudopolynomial worst case running time and for a wide variety of tested networks they have fairly satisfactory running times. They perform significantly better than the algorithm based on the direct application of the Dynamic Programming equations and can alsobeusedinconjunctionwithknown polynomial-time approximation algorithms to provide good average case behavior, in addition to guaranteeing polymonial worst-case running time
The article analyses a new approach of optimal routing of information flows in telecommunication net...
16th IEEE International Conference on Network ProtocolsThe problem of finding a path that satisfies ...
This research considers the challenges involved in resource allocation for quality-of-service (QoS) ...
In general, routing is subdivided into two functionalities: routing protocols that keep the network ...
Modern communications services have strict quality of service (QoS) requirements, with separate cons...
Abstract—We consider the problem of routing connections with quality of service (QoS) requirements a...
The problem of finding multi-constrained paths has been addressed by several QoS routing algorithms....
We propose a proper length function for an existing QoS routing algorithm (SAMCRA) that attempts to ...
QoS Routing aims to find paths between senders and receivers satisfying the QoS requirements of the ...
Disjoint routing is used to find the disjoint paths between a source and a destination subject to Qo...
Due to the process of network convergence, the variety of types of traffic transmitted over a single...
Abstract — In this paper, we extend the optimal worst-case QoS routing algorithm and metric definiti...
This paper investigates the problem of path calculation of multiple metric routing. Today's Int...
The research report is focused on optimization algorithms with application to quality of service (Qo...
In this paper, we propose an optimization based approach for Quality of Service routing in high-band...
The article analyses a new approach of optimal routing of information flows in telecommunication net...
16th IEEE International Conference on Network ProtocolsThe problem of finding a path that satisfies ...
This research considers the challenges involved in resource allocation for quality-of-service (QoS) ...
In general, routing is subdivided into two functionalities: routing protocols that keep the network ...
Modern communications services have strict quality of service (QoS) requirements, with separate cons...
Abstract—We consider the problem of routing connections with quality of service (QoS) requirements a...
The problem of finding multi-constrained paths has been addressed by several QoS routing algorithms....
We propose a proper length function for an existing QoS routing algorithm (SAMCRA) that attempts to ...
QoS Routing aims to find paths between senders and receivers satisfying the QoS requirements of the ...
Disjoint routing is used to find the disjoint paths between a source and a destination subject to Qo...
Due to the process of network convergence, the variety of types of traffic transmitted over a single...
Abstract — In this paper, we extend the optimal worst-case QoS routing algorithm and metric definiti...
This paper investigates the problem of path calculation of multiple metric routing. Today's Int...
The research report is focused on optimization algorithms with application to quality of service (Qo...
In this paper, we propose an optimization based approach for Quality of Service routing in high-band...
The article analyses a new approach of optimal routing of information flows in telecommunication net...
16th IEEE International Conference on Network ProtocolsThe problem of finding a path that satisfies ...
This research considers the challenges involved in resource allocation for quality-of-service (QoS) ...