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All-Active and Selective FSO Relaying: Do We Need Inter-Relay Cooperation?

机译:全主动和选择性FSO中继:我们需要中继间合作吗?

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In this paper, we study the impact of inter-relay cooperation on the outage performance of relay-assisted free-space optical (FSO) systems with two relays. Despite the fact that in realistic networks a FSO link might be available between the deployed relays, the additional advantages of exploiting such link were never investigated before. We explore this new dimension under the two strategies where either all relays are active or a single relay is selected. We evaluate the achievable diversity orders over gamma–gamma channels and we derive conditions under which inter-relay cooperation is advantageous. We study two variants of inter-relay cooperation; namely, one-way and two-way cooperation. We prove that based on the network structure, one of these variants, both or neither may be beneficial.
机译:在本文中,我们研究了中继间协作对具有两个中继的中继辅助自由空间光(FSO)系统的中断性能的影响。尽管在现实的网络中可能在已部署的中继之间提供FSO链接,但以前从未研究过利用这种链接的其他优点。我们在两种策略(其中所有继电器都处于活动状态或选择单个继电器)下探索了这个新维度。我们评估了伽马-伽马通道上可实现的分集阶数,并得出了中继间合作具有优势的条件。我们研究了中继间合作的两种变体。即单向和双向合作。我们证明,基于网络结构,这些变体之一或两者都不是有益的。

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