Weather Independent Positioning of MS Using Power Slope Patterning Algorithm via One BS
Date
7-Feb-2019
Journal Title
Journal ISSN
Volume Title
Publisher
Faculty of Electrical and Computer Engineering, CUET
Abstract
Numerous methods have been applied to
accurately determine the location of a mobile station (MS), of
which, most of them require weather dependent parameters.
An efficient method of positioning and mapping a mobile
station in varying weather conditions, without the use of
Global Positioning System (GPS); operable using the preestablished
infrastructure is proposed. Another advantage of
this system is that, only one base station (BS) is utilized. The
uplink control channel power from a mobile station received
by a base station determines the power to be transmitted to
that user. With the change of weather condition, the power
data also changes. However, the collective power level changes
uniformly; allowing their slopes to remain constant in any case.
Extracting the slope of the plot eludes the system from power
amplitude dependency, henceforth making this system
exclusive to weather change.
accurately determine the location of a mobile station (MS), of
which, most of them require weather dependent parameters.
An efficient method of positioning and mapping a mobile
station in varying weather conditions, without the use of
Global Positioning System (GPS); operable using the preestablished
infrastructure is proposed. Another advantage of
this system is that, only one base station (BS) is utilized. The
uplink control channel power from a mobile station received
by a base station determines the power to be transmitted to
that user. With the change of weather condition, the power
data also changes. However, the collective power level changes
uniformly; allowing their slopes to remain constant in any case.
Extracting the slope of the plot eludes the system from power
amplitude dependency, henceforth making this system
exclusive to weather change.
Description
Keywords
mobile positioning, slope patterning, single base station, control signal strength