Call admission control is one of the traffic source control.
连接接纳控制是业务量控制的一种，对业务源进行预防式控制。
Meanwhile, The CX600 supports multicast Call Admission Control (CAC) feature.
同时，CX600支持组播呼叫接纳控制(CAC)功能。
A call admission control algorithm for multimedia low orbit satellite networks was proposed.
提出了一种新的适用于多媒体低轨卫星网络的呼叫准入控制算法。
The performance of the proposed controller is evaluated by simulation of call admission control.
以呼叫管理控制为例，评估这种神经网络控制器的性能，并给出了模拟结果。
Chapter 4 proposes a call admission control scheme in which the target handoff base station is predicted.
一种基于预测呼叫的目标切换基站的接纳控制策略在第四章进行了讨论。
Set up and operate CAC (Call Admission Control) mechanisms for the WAN MPLS paths to avoid voice quality degradation.
为广域网mpls路径建立及运作呼叫允许控制(CAC)机制，以避免语音质量下降。
We adopt a method similar to RED(Random Early Detection) and device a probability-based call admission control scheme.
在本文中，我们设计了一种类似RED的基于概率的自适应呼叫接入方案。
In this paper, we propose a mathematical model to analyze call admission control schemes for a DS-CDMA cellular network.
提出了一种对DS -CD MA蜂窝网络的呼叫控制机制进行分析的数学模型。
This paper presented a call admission control (CAC) scheme in wireless mobile networks with integrated voice and data services.
提出了一种用于无线移动网络中语音和数据业务共存下的呼叫接入控制方案。
Based on multi class services, this paper proposes an on line Call Admission Control algorithm for multi class resource sharing (OCAC).
本文针对多种业务类型提出了一种在线呼叫接入控制算法(OCAC)。
The dissertation then focuses the research on the link adaptation based call admission control algorithm for broadband wireless networks.
因此论文接下来研究了宽带无线网络中采用链路自适应机制时的呼叫接纳控制算法。
We apply intelligent control and optimal theory to the research of call admission control policy in cellular wireless networks in this paper.
本文运用智能控制和最优化理论来研究蜂窝无线网络的呼叫允许控制策略。
Since the first contract of Call Admission Control (CAC) may be not reasonable, dynamic adjustment is necessary during practical application.
由于CAC初步协议的不完全合理性，在实际应用中动态调节是必要的；
This dissertation pays attention on call admission control, handoff control, power control and load control for mobile multimedia communication systems.
本文重点研究了多媒体移动通信系统的呼叫允许控制、切换控制、功率控制以及负荷控制等。
Call admission control (CAC) is very important in wireless resource management, and it is one of the key schemes to guarantee QoS and improve resource utilization.
呼叫允许控制(CAC)是无线资源管理中的重要组成部分，是一种保证服务质量和网络资源利用率的重要机制。
As one of the most important function entity of RRM (Radio Resource Management) in CDMA system, CAC (Call Admission Control) is based on the measure of burden on a cell.
呼叫接纳控制(CAC)是CD MA蜂窝系统无线资源管理的重要功能实体同，它建立在对各小区负荷的测量基础之上。
As one of the most important function entity of RRM (Radio Resource Management) in CDMA system, CAC (Call Admission Control) is based on the measurement of burden on a cell.
呼叫接纳控制(CAC)是CD MA蜂窝系统无线资源管理的重要功能实体，它建立在对各小区负荷的测量基础之上。
This paper brings the fuzzy neural network algorithms into the call admission control in ATM networks. The simulation result shows that it has better effect than usual algorithms.
本文采用模糊神经网络算法对AT M网络进行连接接纳控制，仿真结果表明它比传统的算法有更好的效果。
Burst-level loss system input by bursty bursty with the same peak rate is an important queueing model in the study of resources allocation and call admission control in ATM networks.
输入为同峰值速率突发信源的突发级损失系统是AT M网络资源分配和呼叫允许控制研究中的一种重要排队模型。
Burst-level loss system input by bursty bursty with the same peak rate is an important queueing model in the study of resources allocation and call admission control in ATM networks.
输入为同峰值速率突发信源的突发级损失系统是AT M网络资源分配和呼叫允许控制研究中的一种重要排队模型。
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