In order to meet the unceasing demand for greater data-rates, future cellular network will be deployed according to heterogeneous layouts, with traditional macro-cellular sites acting as umbrella for a multitude of underlain micro-cells. Backhauling communications will likely rely on point-to-point wireless links not always in clear line of sight. A path loss model for urban backhauling at mmfrequencies is presented in this work, based on a Monte Carlo approach applied to a proper statistical description of the environment.
Path-Loss Statistical Model for Urban Mobile Backhauling at mm-frequencies / F. Fuschini; M. Barbiroli; A. Perikleous; M. Zoli; V. Petrini; C. Carciofi;. - ELETTRONICO. - (2016), pp. 370-373. (Intervento presentato al convegno XXI RiNEm - Riunione Nazionale di Elettromagnetismo tenutosi a Parma nel September 12th, 2016).
Path-Loss Statistical Model for Urban Mobile Backhauling at mm-frequencies
F. Fuschini
;M. Barbiroli;M. Zoli;V. Petrini;C. Carciofi
2016
Abstract
In order to meet the unceasing demand for greater data-rates, future cellular network will be deployed according to heterogeneous layouts, with traditional macro-cellular sites acting as umbrella for a multitude of underlain micro-cells. Backhauling communications will likely rely on point-to-point wireless links not always in clear line of sight. A path loss model for urban backhauling at mmfrequencies is presented in this work, based on a Monte Carlo approach applied to a proper statistical description of the environment.I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.