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Base station radio channel allocation - using analog neurone network to determine characteristics

机译:基站无线电信道分配-使用模拟神经元网络确定特性

摘要

The electronic interactive matrix neurone network has four neurones, each having an amplifier (Aj) output connected via an inverter and a resistance (Rij) with the input of the amplifier (Ai). Each amplifier (Ai) has an input resistor (Ri) and an input capacitor (Ci). Each base station of the mobile radio system temporarily allocates channels, which correspond to a neuron in the electronic neurone network. The temporary allocation can then be used provided that the output signal of the appropriate neuron attains a certain value. USE - Allocation of radio channels in missile radio system.
机译:电子交互式矩阵神经元网络具有四个神经元,每个神经元具有通过反相器连接的放大器(Aj)输出和与放大器(Ai)的输入相连的电阻(Rij)。每个放大器(Ai)具有一个输入电阻器(Ri)和一个输入电容器(Ci)。移动无线电系统的每个基站临时分配信道,该信道对应于电子神经元网络中的神经元。如果适当的神经元的输出信号达到某个值,则可以使用临时分配。用途-在导弹无线电系统中分配无线电信道。

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