详细地介绍了固定带宽分配算法和动态带宽分配算法。
Static bandwidth allocation algorithm and dynamic bandwidth allocation algorithm are discussed in detail.
针对该问题，提出一种基于动态带宽分配的ESB模型。
To solve the problem, this paper proposes an improved ESB model based on 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。
The control of upstream transmission and the management of connection resources are carried on VP level, yielding flexible dynamic bandwidth allocation.
提出了一种建立在询问-应答基础上的新以太网无源光网络动态带宽分配算法。
We propose a new dynamic bandwidth allocation algorithm, which is based on grant-request method, for ethernet-passive optical network upstream multiple access scheme.
我们以服务水平协议(SLA)来实现不同服务等级间提供公平的动态带宽分配。
The goal is to provide fairness for allocating bandwidth among different service classes based on their service Level Agreements (SLAs).
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。
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.
基于时分多址技术，提出了一种改进的动态带宽分配算法，结合了轮询机制和申请的优先级。
Based on TMDA technology, a modified dynamic bandwidth allocation algorithm, which integrates Polling scheme and requesting priority, is proposed.
网络流量的准确预测在计算机网络的设计和管理、冲突控制和动态带宽分配具有十分重要的作用。
To accurately predict network traffic on a computer network design and management, conflict control and dynamic bandwidth allocation plays an important role.
本文概括描述了GPON技术的背景、标准协议的概述、系统中olt和ONU的功能结构和动态带宽分配算法。
The dissertation includes technique background of GPON, protocol summary, function architectures of OLT and ONU, DBA (dynamic band allocation) algorithm and so on.
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。
Many researches have been made on VBR dynamic bandwidth allocation, but most of them focus on traffic prediction, not on traffic QOS guarantees.
用提出的动态带宽分配算法，在NS2环境下进行了仿真。 仿真结果表明：该分配方法提高了网络资源利用率，降低丢包率。
The algorithm is simulated in NS2, and the results demonstrate that the method can improve the utilization ratio of network resources, and fall the drop rate of packets.
本文提出一种基于星上处理的卫星AT M网络的动态带宽分配方案，它通过对流量的估计动态申请带宽，卫星作为控制中心根据链路利用情况来分配带宽。
In this paper a novel dynamic bandwidth allocation method is proposed for satellite ATM based on onboard processing, which can allocate the bandwidth dynamically by using traffic estimation.
WS 8同时提供资源计量，包括静态计量——虚拟CPU数量或分配的磁盘空间——和动态计量，如CPU使用率或网络带宽使用率。
WS8 also provides resource metering, informing both on static measures -virtual CPUs or disk space allocated -, and on dynamic ones, such as CPU consumption or network bandwidth used.
动态分配带宽的时间很多都消耗在了计算呼叫损失率上。
Alternatively, too much time in dynamic allocation is spent on computing call blocking probabilities.
某个优先级队列的令牌如果不够用，允许向其他优先级队列借用令牌，或收回借出的令牌，从而实现带宽的动态分配。
If one queue's tokens are not enough, it can borrow some from other queues, or take back the ones it has lent out; this can realize dynamic bandwidth allocation.
提出了一种新的动态分配带宽的多速率组播拥塞控制策略(DAMCC)。
A new Dynamic Allocation bandwidth strategy for Multicast Congestion Control (DAMCC) was put forward.
本发明利用视频画面帧间的相关度来动态调整信道带宽，能够减少预测误差，使信道分配更准确。
The invention utilizes the relevancy among the video picture frames to dynamically adjust the channel bandwidth and can reduce prediction error and allocate channel more correctly.
作者设计的协议中，根据不同时延要求，提供半静态和动态的带宽分配方法，满足不同业务的需求。
The protocol the author designed for SuperPON, provides half-static and demand dynamic access control method according to different delay requirements.
A BR业务将通过反馈来控制业务流量，从而系统地、动态地给用户分配带宽。
ABR (available Bit Rate) service will systematically and dynamically allocate available bandwidth to users by controlling the flow of traffic with feedback.
在传统的AT M网络中，使用最为广泛的动态分配带宽的最优算法是二分法。
In traditional ATM networks, the most widely used dynamic bandwidth allocation algorithm is known as "Bisection algorithm".
本方案不仅能够灵活动态地分配用户上行接入的带宽，还具有统一的业务流管理、高带宽利用率和低信元时延等优点。
This protocol not only allocates upstream bandwidth dynamically, but also has the consistency of traffic management, high bandwidth efficiency and low cell delay.
本方案不仅能够灵活动态地分配用户上行接入的带宽，还具有统一的业务流管理、高带宽利用率和低信元时延等优点。
This protocol not only allocates upstream bandwidth dynamically, but also has the consistency of traffic management, high bandwidth efficiency and low cell delay.
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