DocumentCode
1339501
Title
Proposal of method for estimating received signal characteristics in mobile communication environments
Author
Asano, Yoshikazu
Author_Institution
Toyota Central Res. & Dev. Labs. Inc., Aichi, Japan
Volume
48
Issue
4
fYear
2000
fDate
4/1/2000 12:00:00 AM
Firstpage
539
Lastpage
546
Abstract
A method for estimating the received signal characteristics (MERS) is developed. The MERS aims at estimating the received power and the fading spectrum at the mobile in mobile communication environments. In MERS, these characteristics are estimated on the basis of both an angular probability density distribution (APD) of wave arrival and a radiation pattern. The APD can also be estimated under arbitrary environmental conditions in the MERS. For the estimation of the APD of wave arrival, a novel propagation model is proposed in this paper. The model consists of an environment model that represents the statistical features of the configuration of buildings along streets and a path model that represents geometrical propagation paths from a transmitting point to a receiving point on the streets. The estimated results of the received signal characteristics are compared with the measured ones. It is proved that the received power and the fading spectrum can be closely estimated
Keywords
UHF radio propagation; fading channels; land mobile radio; mobile antennas; parameter estimation; 1.2 GHz; MERS; UHF; angular probability density distribution; buildings; environmental conditions; fading spectrum; geometrical propagation paths; method for estimating received signal characteristics; mobile communication environments; path model; propagation model; radiation pattern; received power; streets; wave arrival; Antenna measurements; Antenna radiation patterns; Azimuthal plane; Fading; Mobile antennas; Mobile communication; Probability; Proposals; Receiving antennas; Solid modeling;
fLanguage
English
Journal_Title
Antennas and Propagation, IEEE Transactions on
Publisher
ieee
ISSN
0018-926X
Type
jour
DOI
10.1109/8.843667
Filename
843667
Link To Document