Title :
Hybrid Multicast Mode in All-Optical Networks
Author :
Liu, Xin ; Wang, Hongxiang ; Ji, Yuefeng
Author_Institution :
Beijing Univ. of Posts & Telecommun., Beijing
Abstract :
Although serial multicast mode (SMM) can increase the multicast success ratio (MSR) more than parallel multicast mode (PMM), it suffers from the signal impairment and the extra delay caused by the optical loop. In this letter, a novel hybrid multicast mode (HMM), which combines PMM and SMM, is proposed to mitigate those issues. Moreover, an HMM-based two-level-buffered all-optical multicast module is also proposed to further mitigate the signal impairment in this letter. Finally, with the simulations, a conclusion can be drawn that HMM can get higher MSR and lower average delay than both PMM and SMM.
Keywords :
multicast communication; optical communication equipment; optical delay lines; optical fibre networks; optical switches; all-optical networks; multicast success ratio; novel HMM-based two-level-buffered all-optical multicast module; novel hybrid multicast mode; optical communication; optical loop delay; optical switch matrix; parallel multicast mode; serial multicast mode; signal impairment; two-level fiber delay lines; All-optical networks; Delay; Erbium-doped fiber amplifier; Hidden Markov models; Optical buffering; Optical devices; Optical fiber communication; Optical switches; Optical wavelength conversion; Quality of service; Networks; optical communication;
Journal_Title :
Photonics Technology Letters, IEEE
DOI :
10.1109/LPT.2007.901739