Apr 4, 2018 · Abstract: We study the distribution of the received signal power in wireless networks subject to fading, path loss, and user mobility.
Abstract—We study the distribution of the received signal power in wireless networks subject to fading, path loss and user mobility.
We study the distribution of the received signal power in wireless networks subject to fading, path loss, and user mobility. We show that this distribution ...
This paper derives probability density of the received power for mobile networks with random mobility models and shows that the probability density of the ...
Bibliographic details on On the Distribution of the Received Signal Power in Mobile Networks: A Moment-Based Approach.
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On the Distribution of the Received Signal Power in Mobile Networks: A Moment-Based Approach ; ISSN · 0018-9545 ; Year of publication · 2018 ; Volume · 67 ; Issue · 8.
This paper exploits the distribution and mean of received power for cellular network with stochastic network modeling to study the difference between the ...
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This paper proposes a self-organising algorithm for enhancing the coverage of wireless mobile microsensor networks after an initial random placement of sensors.
Oct 26, 2023 · In cellular networks, the delay is tightly related to the transmission success probability (i.e., the coverage probability) which is typically ...
Mar 13, 2023 · The signal strength received from a cell tower varies randomly ... We based this analysis on the two mentioned mobile network providers.