| 1. | Effective bandwidth and measurement - based admission control algorithm for heavy traffic
接纳控制算法的研究与比较 |
| 2. | The osse has been used in some successful distributed multimedia products we developed . effective bandwidth - sharing strategy can improve the service ability of vod system with limited system resource significantly
目前osse已成功地应用于我们开发的多种分布式多媒体应用产品中，这些产品已在市场上取得了一定的成功。 |
| 3. | Current research of vls - vod are focused on scalable software and hardware architecture and effective bandwidth - sharing mechanism , which are two foundation stones in scaling the vod system to serve more users
可扩展的视频服务器软硬件体系结构和高效的带宽复用策略是扩展vod系统服务规模的两个主要手段，已成为超大规模vod研究中的热点。 |
| 4. | Aimed at the quality of service required by real - time service , an effective bandwidth calculating method for self - similar traffic is presented to provide guaranteed packet loss probability and maximum delay
摘要针对多媒体实时业务需要提供特定服务质量的情况，给出了一种能够同时保证分组丢失概率和最大延时的自相似业务等效带宽计算方法。 |
| 5. | By formula about effective bandwidth , he get the bandwidth near 1540 nm wavelength , which is 64 . 54nm . the bandwidth is more bigger than the gain bandwidth of er - doped silica fiber and fluoride fiber amplifier ( 20nm - 30nm ) . it is useful to improve transmitted capacity of information in fiber
对1540nm处光谱有效带宽的计算，得到结果为64 . 54nm ，这个带宽已远高于目前常用掺er硅光纤和氟化物光纤放大器的20 - 30nm增益带宽，于扩大光纤信息传输容量有很大益处。 |
| 6. | We derived theory for abstraction of bandwidth resource and characterization of system capacity for multi - class fading system . bandwidth resources allocated to a user can be abstracted as effective bandwidth , determined by the user ’ s source data rate and target bit error rate . system capacity can be characterized by a theoretical bound . simulations show that actual system capacity is close to the theoretical bound
为一个用户所分配的带宽资源被表示为有效带宽,用户对数据速率和比特误码率的要求决定了对有效带宽的要求。利用有效带宽的概念来描述系统的用户容量并给出了系统容量的理论界限,进一步地,还得到了系统存在发射功率限制时的容量界限。 |
| 7. | The traffic planning problem has been analyzed and simulated based on the components of the real network traffic and the effective bandwidths . in chapter 5 , the pdfs of the client request packet size , of the client request time , and of the server response packet size , and the sever response time can be obtained by analyzing the traffic data collected based on tcp layer
第六章，通过对client端和server端采集基于tcp层的流量数据进行分析而得到client端的请求包大小和请求时间，以及server端的响应包大小和响应时间的概率密度函数( pdf ) ，并利用数学工具对pdf文件进行合并、分析、整理和建立相应的pdf数学模型。 |
