| No | 171780 |
|---|---|
| 標題（和） | Performance Analysis of SVC in the Next Generation Communication Networks with Finite Capacity |
| 標題（英） | Performance Analysis of SVC in the Next Generation Communication Networks with Finite Capacity |
| 研究会名（和） | 通信方式 |
| 研究会名（英） | Communication Systems |
| 開催年月日 | 2006-01-16 |
| 終了年月日 | 2006-01-17 |
| 会議種別コード | 5 |
| 共催団体名（和） | |
| 資料番号 | CS2005-85 |
| 抄録（和） | In this paper, we present a performance analysis for SVC (Switched Virtual Channel) system in the next generation communication networks. The system is built based on the SVC operating mechanisms and is modelled by a Geo/G/1/K queue model with Setup/Close-Delay/Close-Down and finite capacity. By using the approach of an embedded Markovian chain\r\nand supplementary variables, we analyze this system model, and\r\nderive the analytical formula of probability distribution for the\r\nsteady queue length and the P.G.F (Probability Generation\r\nFunction) of waiting time of packets. Correspondingly, we get SVC performance evaluation measures of response time, blocking probability and\r\nsystem throughput. Moreover, the dependency relationships between\r\nthese measures and the time length of a Close-Delay timer is analyzed. \r\nThe analyses presented in this paper can provide theoretic bases for network design, network maintenance and network management. |
| 抄録（英） | In this paper, we present a performance analysis for SVC (Switched Virtual Channel) system in the next generation communication networks. The system is built based on the SVC operating mechanisms and is modelled by a Geo/G/1/K queue model with Setup/Close-Delay/Close-Down and finite capacity. By using the approach of an embedded Markovian chain\r\nand supplementary variables, we analyze this system model, and\r\nderive the analytical formula of probability distribution for the\r\nsteady queue length and the P.G.F (Probability Generation\r\nFunction) of waiting time of packets. Correspondingly, we get SVC performance evaluation measures of response time, blocking probability and\r\nsystem throughput. Moreover, the dependency relationships between\r\nthese measures and the time length of a Close-Delay timer is analyzed. \r\nThe analyses presented in this paper can provide theoretic bases for network design, network maintenance and network management. |
| 収録資料名（和） | 電子情報通信学会技術研究報告 |
| 収録資料の巻号 | Vol.105, No.512 |
| ページ開始 | 77 |
| ページ終了 | 82 |
| キーワード（和） | 性能解析,性能評価,スイッチングビジュアルチャンネル,待ち行列システム,有限容量 |
| キーワード（英） | Performance Analysis,Performance Evaluation,Switched Virtual Channel,Queueing Systems,Finite Capacity |
| 本文の言語 | ENG |
| 著者（和） | 岳五一 |
| 著者（ヨミ） | ガク ゴイチ |
| 著者（英） | Wuyi Yue |
| 所属機関（和） | 甲南大学 |
| 所属機関（英） | Konan University |
| 著者（和） | Shunfu Jin |
| 著者（ヨミ） | |
| 著者（英） | Shunfu Jin |
| 所属機関（和） | Yanshan University |
| 所属機関（英） | Yanshan University |
| 著者（和） | Zhanqiang Huo |
| 著者（ヨミ） | |
| 著者（英） | Zhanqiang Huo |
| 所属機関（和） | Yanshan University |
| 所属機関（英） | Yanshan University |