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- wireless bandwidth allocation 无线资源分配
- A fair and efficient bandwidth allocation scheduling architecture for IEEE 802.16 Broadband Wireless Access (BWA) systems in TDD mode is proposed. 该文提出了一种用于IEEE 802.;16宽带无线接入系统TDD模式下的公平而有效的带宽分配调度体系。
- We propose a call admission control with restriction and degradation (CAC-RD) for wireless networks which uses adaptive bandwidth allocation to provide users multi-level QoS. 我们提出一种运用限制与降级之连结允入控制(CAC-RD)以用于无线网路，其中运用适应型频宽配置来提供多种位准之服务品质给使用者。
- To utilize wireless resources optimally, we formulate the bandwidth allocation problem with interference consideration as a convex optimization problem. 为了最佳地使用无线资源，我们将频宽分配的问题规划成一个凸型最佳化问题。
- This paper proposes a fair bandwidth allocation mechanism FPIP (fair PIP). 提出一种短流优先的公平带宽分配机制FPIP(fair PIP).
- Study on dynamic bandwidth allocation algorithm for EPON upstream access[J]. 引用该论文 戚世杰;邹君妮;李迎春;林如俭.
- It is important to maximize the saturated throughput of 802.11 DCF for fully utilizing wireless bandwidth. 最大化802.;11 DCF的饱和吞吐量对充分利用无线局域网宝贵的带宽资源具有重要意义。
- Consolidate transactions into a few aggregate calls on the server side to reduce network calls over precious and low wireless bandwidth. 在服务器端将事务合并为几个集合调用,从而减少通过宝贵的低无线带宽传输的网络调用。
- Weighted fair queuing (WFQ), on the other hand, allows allocation of bandwidth on a variable basis, so not all flows have to have the same bandwidth allocation. 另一方面，加权公平排队（WFQ）允许在可变的基础上分配带宽，因而不是所有的信息流都必须有相同的带宽分配。
- Implementation of the protocol overcomes the limitation of wireless bandwidth and high mobility, impro ves the performance and the destruction resisting capacity of the network. 协议的实现充分考虑了无线信道的有限带宽和移动性，提高了网络性能和抗毁性。
- QoS depends on two essential mechanism, one is bandwidth allocation, the other is network service discipline. 用户业务的服务质量(QoS)与网络带宽资源的分配以及网络对用户信息流的服务规则息息相关。
- The ADM also provides for dynamic bandwidth allocation, optical hubbing, and ring protection. ADM还用于动态带宽分配、光学压制阴模法以及环保护。
- It employs a service curve based QoS model, and its unique feature is an ability to decouple delay and bandwidth allocation. 它使用基于QoS的曲线服务模式,并且它能降低延迟和带宽分配。
- Technology has evolved from DDN (TDM), a static bandwidth allocation technology, to shared bandwidth technologies, such as X. 25, FR and ATM. 技术上也从数字数据网(时分复用)这样的固定带宽分配技术向X．25、FR和ATM等宽带复用技术发展。
- Fieldbus DLL protocol is investigated. An optimal acyclic bandwidth allocation algorithm is proposed,and assessed by using Smpl simulation package. 研究现场总线数据链路层协议,提出一种网络性能更优化的非循环带宽分配算法,并通过Smpl仿真软件测量算法的网络性能参数。
- This paper proposes a distributed-scheduler model and adaptive bandwidth allocation algorithm of QoS guarantee over IEEE802.11 system. 本文提出了一种有效支持QoS的IEEE802.;11的分布式调度器的模型和自适应的带宽分配算法。
- In addition to the bandwidth allocation scheme, we also propose a setup mechanism and a release scheme for the light trail networks. 除了动态频宽分配演算法外，我们也针对光曳带网路提出了建立新光曳带以及释放光曳带的机制。
- This algorithm can avoid the head-of-line blocking, control the bandwidth allocation on the link fairly, and achieve spatial reuse. 该算法不但能够避免排头阻塞的影响，而且可以公平地控制节点间的带宽分配，实现空间重用。
- In this model,bandwidth allocation assignment is aiming the minimization of the cell lose rate,which could be implemented by random optimization. 该模型在预测值的基础上,以信元丢失率最小为优化目标对系统的带宽资源进行了优化分配,并用随机优化算法求出最优带宽分配向量。
- 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。
