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Hot spot coverage requirements of indoor environments necessitate adequate network platforms and optimal network planning. Optimal network planning imposes numerous iterative computations and evaluations of network coverage until the optimal antenna layout is achieved. Typically, iterations within optimization algorithms invoke neighboring search functions where one of the antennas of a given antenna...
This paper aims to dimensioning the number of antennas needed to satisfy a Long Term Evolution LTE data rate requirement in an indoor Distributed Antenna System environment, DAS. The approach presented in this paper depends on using two assumptions. The first assumption transforms any general indoor building layout to an equivalent square layout with the same surface area. This equivalent square layout...
Providing high-performance indoor coverage, especially with continuous growth in high data rate demands, is a considerable challenge. This constitutes a major problem given that statistics indicate that 80% of data is expected to be generated from within indoor environments. Therefore, in order to achieve the objectives of LTE cellular systems in terms of reliable broadband communications, careful...
Hot spot coverage requirements of indoor environments necessitate adequate network platforms and optimal network planning. Optimal network planning imposes successive iterative computations and evaluations of network coverage until the best antenna layout is attained. Accordingly, accurate and scalable indoor propagation models become of the ultimate essence. In this paper, an efficient methodology...
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