Proposal of radio modulation level controlled VPC is ATM networks and its call blocking improvement

M. Nishi, K. Tsukamoto, M. Okada, S. Komaki
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Abstract

This paper proposes radio modulation controlled level VPC in ATM networks. This technique combines the modulation level controlled radio (MLCR) and virtual path capacity control (VPC) method. The traffic fluctuation can be absorbed flexibly when applying the MLCR system to the radio channel of ATM networks which consist of wired and radio channels. We theoretically analyze the call blocking probability performance, and consider the simplicity of network design for different values of the ratio of radio links to all links.
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无线调制级控制VPC是ATM网络及其呼叫阻塞改进方案
本文提出了ATM网络中的无线电调制可控级VPC。该技术结合了调制电平控制无线电(MLCR)和虚拟路径容量控制(VPC)方法。将MLCR系统应用于由有线信道和无线信道组成的ATM网络的无线信道,可以灵活地吸收业务波动。我们从理论上分析了呼叫阻塞概率性能,并考虑了不同的无线链路与所有链路比率值下网络设计的简单性。
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Proposal of radio modulation level controlled VPC is ATM networks and its call blocking improvement Comparison of computational complexity of adaptive equalization and OFDM for indoor wireless networks Super-resolution of pulsed multipath channels for delay spread characterization Multiuser equalization using partial response based on adaptive array antenna for DS/CDMA Co-channel interference reduction method using CMA adaptive array antenna
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