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Simulation of elimination of Co-Channel interference in Hybrid Terrestrial-Satellite Mobile Communication System using adaptive Beam-Forming technique

机译:自适应波束形成技术模拟混合卫星地面移动通信系统中的同频干扰消除

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In near future, to provide global connectivity, there must be a global network. To do so, either we can deploy a full fledge new network which will be very costly or second option is, use the already deployed networks i.e. satellite and terrestrial networks in such a way that they can achieve the idea of global connectivity. Using satellite network it is difficult to provide connectivity for urban Area, due to compact scenario in the cities and in rural area it's difficult to entertain few entities with terrestrial network, due to its cost. So there is a concept of hybrid network, provide coverage for urban cities by already deployed terrestrial networks and for rural area the coverage is provided by satellite networks. Frequency reuse technique makes the project less costly but such a scenario will create a severe Co-Channel interference at satellite end.For that purpose adaptive Beam-forming at satellite side is used to mitigate the Co-channel interference produced at satellite end it. In this paper the effects of co-channel interference are examined under the presence of CCI inducing sources.
机译:在不久的将来,要提供全球连接性,就必须有一个全球网络。为此,我们要么部署一个成本很高的全新网络,要么选择第二种方法,那就是使用已经部署的网络,即卫星和地面网络,以使其能够实现全球连接的想法。使用卫星网络很难为城市地区提供连接,因为在城市和农村地区的情况很紧凑,由于成本高昂,很难用地面网络来招待很少的实体。因此,存在一种混合网络的概念,即通过已部署的地面网络为城市提供覆盖,而对于农村地区,则由卫星网络提供覆盖。频率复用技术使该项目的成本降低,但这种情况会在卫星端产生严重的同频干扰。为此,在卫星端采用自适应波束成形来减轻在卫星端产生的同频干扰。在本文中,在存在CCI诱导源的情况下检查了同频道干扰的影响。

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