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Carrier to interference ratio analysis in shotgun cellular systems over a generalized shadowing distribution

机译：广义阴影分布下shot弹枪蜂窝系统中的载波干扰比分析

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摘要

Shotgun cellular systems (SCSs) are wireless communication systems with randomly placed base stations (BSs) over the entire plane according to a two-dimensional Poisson point process. Such a system can model a dense cellular or wireless data network deployment, where the BS locations end up being close to random due to constraints other than optimal coverage. SCSs have been studied by considering path-loss and independent shadowing paths between BS to mobile station (MS) pairs in the channel models. In this paper, we consider correlated shadowing paths between BS to MS pairs as a most important factor, and analyze the carrier to interference ratio (CIR), in a SCS over this correlation, and determine an expression for distribution of CIR, and obtain the tail probability of the CIR.
机译：gun弹枪蜂窝系统（SCS）是根据二维Poisson点过程在整个平面上随机放置基站（BS）的无线通信系统。这样的系统可以对密集的蜂窝或无线数据网络部署进行建模，其中由于除最佳覆盖范围之外的限制，BS位置最终接近随机。已经通过考虑信道模型中的BS到移动台（MS）对之间的路径损耗和独立阴影路径来研究SCS。在本文中，我们将BS与MS对之间的相关阴影路径视为最重要的因素，并基于此相关性分析SCS中的载波干扰比（CIR），并确定CIR分布的表达式，并获得CIR的尾部概率。

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