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Using the Least Repeaters to Connect Radios

机译:使用最少中继器连接无线电

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摘要

The proper locations of repeaters are the precondition to the efficiency of very high frequency (VHF) radio signal transmission. Thinking about using the minimum number of repeaters to connect all radios in one area, we divided the whole process into three procedures: User-Repeater Connection, Repeater-Repeater Connection and Frequency Distribution. Each radio should have at least one repeater settled in its signal emission range that can recognize its frequency. Likewise, each repeater requires another repeater within its signal transmission range. When we have to reuse frequencies, the co-channel interference cannot be neglected. We developed a complete set of arithmetic to work it out, using the continuous tone-coded squelch system (CTCSS) in a novel way in order to increase the number of radios that one repeater can serve simultaneously. We also quantify the number for the specific cases studied, and discuss further areas for research.
机译:中继器的正确位置是超高频(VHF)无线电信号传输效率的前提。考虑使用最小数量的中继器连接一个区域中的所有无线电,我们将整个过程分为三个过程:用户-中继器连接,中继器-中继器连接和频率分配。每个无线电设备应在其信号发射范围内至少安放一个中继器,以识别其频率。同样,每个转发器在其信号传输范围内都需要另一个转发器。当我们不得不重用频率时,同频干扰是不能忽略的。我们开发了一套完整的算术算法,以一种新颖的方式使用连续音频编码静噪系统(CTCSS),以增加一个中继器可以同时服务的无线电数量。我们还将量化研究特定案例的数量,并讨论进一步的研究领域。

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