This paper addresses optimal multicast wavelength assignment problem in WDM network with limited-range wavelength conversions (LWC). The optimal object of the problem is to minimize total number of LWCs required. We introduce the distortion constraint, which requires that the number of needed converters along the path from multicast source node to any member cannot be larger than the specified value. We solve the problem exactly by dynamic programming under session blocking policy and destination blocking policy, and present the experimental results
Wavelength-routed networks can effectively utilize the bandwidth of the optical fibers. We investiga...
Wavelength-routed networks can effectively utilize the bandwidth of the optical fibers. We investiga...
Wavelength-routed networks can effectively utilize the bandwidth of the optical fibers. We investiga...
Multicast is an important application in all-optical WDM networks. The wavelength assignment problem...
The multicast routing and wavelength assignment (MC-RWA) problem is generally studied with the objec...
This paper provides an overview on efficient algorithms for multicasting in optical networks support...
This paper discusses quality-of-service (QoS) multicast in wavelength-division multiplexing (WDM) ne...
This PhD thesis provides a comprehensive research on the topic of wavelength assignment algorithms f...
This paper provides an overview on efficient algorithms for multicasting in optical networks support...
This paper provides an overview on efficient algorithms for multicasting in optical networks support...
Abstract — In this paper, we propose a new wavelength assign-ment scheme that improves the blocking ...
This paper provides an overview on efficient algorithms for multicasting in optical networks support...
Abstract — We consider the multicast routing and wavelength assignment (MC-RWA) problem on WDM bidir...
An important goal of the design of wavelength division multiplexing (WDM) networks is to use less wa...
The framework is proposed to adopt two algorithms, to enhance the throughput for WDN network that in...
Wavelength-routed networks can effectively utilize the bandwidth of the optical fibers. We investiga...
Wavelength-routed networks can effectively utilize the bandwidth of the optical fibers. We investiga...
Wavelength-routed networks can effectively utilize the bandwidth of the optical fibers. We investiga...
Multicast is an important application in all-optical WDM networks. The wavelength assignment problem...
The multicast routing and wavelength assignment (MC-RWA) problem is generally studied with the objec...
This paper provides an overview on efficient algorithms for multicasting in optical networks support...
This paper discusses quality-of-service (QoS) multicast in wavelength-division multiplexing (WDM) ne...
This PhD thesis provides a comprehensive research on the topic of wavelength assignment algorithms f...
This paper provides an overview on efficient algorithms for multicasting in optical networks support...
This paper provides an overview on efficient algorithms for multicasting in optical networks support...
Abstract — In this paper, we propose a new wavelength assign-ment scheme that improves the blocking ...
This paper provides an overview on efficient algorithms for multicasting in optical networks support...
Abstract — We consider the multicast routing and wavelength assignment (MC-RWA) problem on WDM bidir...
An important goal of the design of wavelength division multiplexing (WDM) networks is to use less wa...
The framework is proposed to adopt two algorithms, to enhance the throughput for WDN network that in...
Wavelength-routed networks can effectively utilize the bandwidth of the optical fibers. We investiga...
Wavelength-routed networks can effectively utilize the bandwidth of the optical fibers. We investiga...
Wavelength-routed networks can effectively utilize the bandwidth of the optical fibers. We investiga...