An analytical propagation model has previously been developed to predict radio signal
attenuation in urban and suburban environments. Most of the traditional models commonly …

An analytical propagation model has recently been developed to predict radio signal
attenuation in urban and suburban environments. This analytical model explicates the path …

With high frequency portable communication systems becoming more common, the need for
fast and accurate predictions of high frequency radio propagation in urban environments …

This paper presents theoretical results for the dependence on base station antenna height of
the average received signal for mobiles at street level are presented. The results apply to …

The design of future wireless communication systems employing microcells will require a
flexible tool for determining the dependence of the coverage area on base-station antenna …

Path loss prediction algorithms for advanced wireless communication system planning have
long considered the effect of electromagnetic propagation over buildings between the base …

Path-loss in urban area small and microcell environments is discussed. Results from dual-
frequency measurements performed in urban areas at 955 MHz and 1845 MHz are …

Propagation characteristics of radio signals in the UHF band place fundamental limits on the
design and performance of wireless personal communications systems, such as cellular …

Microcellular coverage from a set of base stations on Southampton University campus is
presented. The base station omnidirectional antennas were mounted below the urban sky …

Implementation digital fixed wireless systems, such as digital FM, high definition TV (HDTV)
and wireless local loop (WILL), require a high level of accuracy of propagation prediction in …