Radiopropagation models and optimization tools are crucial for effective wireless network planning. In this paper, recent advances on both themes are proposed. As for radiopropagation models, an empirical approach is proposed to make percolation models viable for real applications. As for optimization, new methods are proposed, based on both combinatorial and linear relaxation approaches. Results attained by combining these improvements are shown, referring to a real case, and validated on experimental measurements.

Advances in the development of effective tools for wireless network planning

NONATO, Maddalena;
2004

Abstract

Radiopropagation models and optimization tools are crucial for effective wireless network planning. In this paper, recent advances on both themes are proposed. As for radiopropagation models, an empirical approach is proposed to make percolation models viable for real applications. As for optimization, new methods are proposed, based on both combinatorial and linear relaxation approaches. Results attained by combining these improvements are shown, referring to a real case, and validated on experimental measurements.
wireless network planning; radiopropagation models; set covering; linear relaxation
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/11392/1194784
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