@article{oai:uec.repo.nii.ac.jp:00006816,
 author = {杉本, 元紀 and Sugimoto, Yoshinori and 小笠原, 崇 and Ogasawara, Takashi and 菅原, 真司 and Sugawara, Shinji and 三木, 哲也 and Miki, Tetsuya},
 issue = {1},
 journal = {電気通信大学紀要},
 month = {Jul},
 note = {The WDM (Wavelength Division Multiplexing) transmission technology has the potential to extremely large capacity broadband multimedia communication networks. Aiming to realize such a broadband network, the wavelength path network architecture and the OXC (Optical Cross Connect) technologies are well studied. But, the wavelength path network has the problem of too large granularity in terms of path bandwidth.
In order to decrease the size of granularity with WDM base networks, we proposed Photonic Burst Networks which consist of the optical-TDM regional network and the WDM long haul backbone network. Backbone network interconnects a set of regional networks using assigned wavelength. In the regional network, packet base traffics are aggregated into the very high-speed optical burst data and switched into photonic networks at the edge node in the regional network.
In this paper we propose the dynamic bandwidth assignment algorithm, which has the two mode of with and without reservation. In this algorithm, we investigate the prioritization scheme for aggregating packets into optical burst at the edge node in regional networks. And we evaluate the network performance by the prioritization scheme compared with no priority.},
 pages = {37--43},
 title = {フォトニックバーストネットワークにおける優先制御に関する一検討},
 volume = {16},
 year = {2003},
 yomi = {スギモト, ヨシノリ and オガサワラ, タカシ and スガワラ, シンジ and ミキ, テツヤ}
}