Partner Selection Based on Different Protocols in Cooperative Network by Using Nakagami-M Function

Abhishek Tyagi, Asmita Singh, Paurush Bhulania
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引用次数: 1

Abstract

In the present scenario, there are multiple results to demonstrated the pros of one or more relay nodes help in generating communication in a wireless network. But in experimental scenarios, all nodes do not take participate in every transmission of information; so, we required the number of protocols for partner selection of nodes for generating the proper cooperation. For a cooperative diversity merits, many protocols are needed to provide a transmitting scenario to each and every user nodes with their respective partners that help in decoding the user information with high-SNR probability. Consider that, due to the unwanted noise or disturbances user can not able to transmit the information to their desired destination nodes. So, for the proper transmission without any interferences, user nodes takes the help of ‘n’ other nodes (called relays).
基于Nakagami-M函数的合作网络中不同协议的伙伴选择
在本场景中,有多个结果可以证明一个或多个中继节点在无线网络中帮助生成通信的优点。但在实验场景中,并非所有节点都参与每一次信息传递;因此,我们需要节点合作伙伴选择的协议数量,以产生适当的合作。为了实现协同分集的优点,需要许多协议为每个用户节点及其各自的伙伴提供一种传输场景,有助于以高信噪比概率解码用户信息。考虑到,由于不必要的噪声或干扰,用户无法将信息传输到他们想要的目标节点。因此,为了在没有任何干扰的情况下进行正确的传输,用户节点需要“n”个其他节点(称为中继)的帮助。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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