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The main goal of this study is the analytical modeling of the packets rejection at destination due to the receiver collisions in WDM LANs. Especially, an efficient synchronous transmission WDMA protocol suitable for passive star topology is proposed that takes under account the collisions over the WDM channels, while it considers the receiver collisions phenomenon. In each station, a set of parallel...
In this paper, an accurate analytical performance study of a multi-channel network is derived, based on the probability theory. Especially, we mathematically model the performance of a multi-channel network, such as a wireless or an optical WDM network, assuming both the collisions over the multiple channels and the destination conflicts. The receiver collisions phenomenon is extensively studied,...
The packet rejection at destination under asynchronous transmission in high-speed optical fiber networks is examined in this study. Especially, we propose an asynchronous transmission protocol and a station network interface suitable for local area networks of passive star topology aiming to reduce the rejection probability at destination due to the receiver collisions. We assume that each station...
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