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Call admission control using support vector machine for policy-based QoS control

机译:使用支持向量机的呼叫准入控制,用于基于策略的QoS控制

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A call admission control algorithm using Support Vector Machine (SVM) (SVM-CAC) is analyzed. SVM-CAC use the service vector and network vector to predict admission state. QoS metric function compares with some thresholds to determine the admission state. The thresholds value can reveal biases of services. SVM-CAC combines policy and SVM's advantages when make admission decision, so it can take into account the business requirement, external network QoS resource and reduce algorithm complexity. The simulation results show that this scheme accelerates calculation speed, have lower call delay, achieve superior performance in terms of the call blocking probability and the call dropping probability than other machine learning admission control.
机译:分析了使用支持向量机(SVM)(SVM-CAC)的呼叫允许控制算法。 SVM-CAC使用服务向量和网络向量来预测准入状态。 QoS度量功能与一些阈值进行比较,以确定准入状态。阈值可以揭示服务的偏差。 SVM-CAC在做出接纳决策时结合了策略和SVM的优势,因此它可以考虑业务需求,外部网络QoS资源并降低算法复杂性。仿真结果表明,与其他机器学习接纳控制相比,该方案可提高计算速度,降低呼叫延迟,在呼叫阻塞概率和掉话概率方面均具有优异的性能。

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