The control of upstream transmission and the management of connection resources are carried on VP level, yielding flexible dynamic bandwidth allocation.
在VP级上控制上行信号的发送和管理连接资源，可实现灵活的动态带宽分配。
Many researches have been made on VBR dynamic bandwidth allocation, but most of them focus on traffic prediction, not on traffic QOS guarantees.
以往的VBR动态带宽分配模型中多只注重对VBR业务的预测研究，而忽视分配机制对业务的QOS参数影响。
To solve dynamic bandwidth allocation, this paper use adaptive stochastic approximation algorithm to compute true bandwidth requirement of the aggregated ON/OFF traffic.
本文运用自适应随机逼近算法研究了ON/OFF信源模型的带宽估计及接入问题。
Aiming at the issue of bandwidth wasting due to unbalanced data allocation for multi-channel multicast schedule, this paper proposes three dynamic bandwidth assignment schemes.
针对多通道组播调度中数据分配不均带来的带宽浪费问题，提出3种动态带宽分配方案。
On the other hand, optical networking can offer huge capacity and relatively low latency, as well as dynamic control and allocation of bandwidth at various granularities.
由于光网络具有大容量、低延时、动态控制以及任意粒度带宽等特性，把光网络与分布式计算系统结合，为数据密集型应用提供很好的应用环境。
On the other hand, optical networking can offer huge capacity and relatively low latency, as well as dynamic control and allocation of bandwidth at various granularities.
由于光网络具有大容量、低延时、动态控制以及任意粒度带宽等特性，把光网络与分布式计算系统结合，为数据密集型应用提供很好的应用环境。
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