This effort emphasizes several important results pertaining to a mobile satellite system propagation experiment performed in Central Maryland during June 1987. Fade distributions due to multipath and roadside trees at L Band (1.5 GHz) during a period in which the deciduous trees were in full bloom are examined. The multipath statistics for roadside trees are compared with previous multipath measurements made in canyon terrain in North Central Colorado. Also examined is the repeatability of previous UHF measurements made in Central Maryland and the attenuation effects of foliage on trees at UHF. Fade duration for the multipath mode for fade levels of 5 dB and 10 dB is also presented
This paper examines and analyzes research data on the role of foliage attenuation in signal fading b...
L-band measurements of land mobile satellite systems (LMSS) propagation effects were last made at th...
A transmitter operating at 869.525 MHz was twice carried by a stratospheric balloon to an altitude o...
Propagation field tests were performed in Central Maryland and involved a helicopter and mobile van ...
During the period 1983-1988, a series of Land Mobile Satellite Service (LMSS) propagation experiment...
During the period 1983 to 1988 a series of experiments were undertaken by the Electrical Engineering...
This paper will present some preliminary results from a propagation experiment which employed NASA's...
This contribution presents selected results from simultaneous L- and S-Band slant-path fade measurem...
Propagation models that can be used for the design of earth-space land mobile-satellite telecommunic...
Static tree attenuation measurements at 20 GHz (K-Band) on a 30 deg slant path through a mature Peca...
We present an overview of the contents of the text having the above title and which is now in the fo...
In order to give vehicles travelling in rural areas of the U.S. access to the telephone network, a L...
Preliminary results are presented for three propagation measurement campaigns involving a mobile rec...
Employing multiple data bases derived from land-mobile satellite measurements using the Advanced Com...
A simplified empirical model for predicting primary fade statistics for a vegetatively shadowed mobi...
This paper examines and analyzes research data on the role of foliage attenuation in signal fading b...
L-band measurements of land mobile satellite systems (LMSS) propagation effects were last made at th...
A transmitter operating at 869.525 MHz was twice carried by a stratospheric balloon to an altitude o...
Propagation field tests were performed in Central Maryland and involved a helicopter and mobile van ...
During the period 1983-1988, a series of Land Mobile Satellite Service (LMSS) propagation experiment...
During the period 1983 to 1988 a series of experiments were undertaken by the Electrical Engineering...
This paper will present some preliminary results from a propagation experiment which employed NASA's...
This contribution presents selected results from simultaneous L- and S-Band slant-path fade measurem...
Propagation models that can be used for the design of earth-space land mobile-satellite telecommunic...
Static tree attenuation measurements at 20 GHz (K-Band) on a 30 deg slant path through a mature Peca...
We present an overview of the contents of the text having the above title and which is now in the fo...
In order to give vehicles travelling in rural areas of the U.S. access to the telephone network, a L...
Preliminary results are presented for three propagation measurement campaigns involving a mobile rec...
Employing multiple data bases derived from land-mobile satellite measurements using the Advanced Com...
A simplified empirical model for predicting primary fade statistics for a vegetatively shadowed mobi...
This paper examines and analyzes research data on the role of foliage attenuation in signal fading b...
L-band measurements of land mobile satellite systems (LMSS) propagation effects were last made at th...
A transmitter operating at 869.525 MHz was twice carried by a stratospheric balloon to an altitude o...