Add to ORKGThis work presents a method to estimate and correct slow time-dependent position errors due to non perfect ground station synchronization and tropospheric propagation. It uses opportunity traffic emissions, i.e. signals transmitted from the aircrafts within the coverage zone. This method is used to overcome the difficulty of installing reference beacons simultaneously visible by all the base stations in a given Wide Area Multilateration (WAM) system
The lateration algorithm is used by the multilateration (MLAT) system to estimation the position of ...
Multiple real-time GPS reference stations (RTK Networks) were originally developed for surveying pur...
Multilateration (MLAT) is an increasingly important location and identification system for surface t...
Introduction. Wide area multilateration (WAM) systems are the main competitors of secondary surveill...
In this paper, a method for precise tracking of aircrafts based on Time of Arrival (TOA) determinati...
In this contribution we give a comprehensive overview of multipath propagation and its effects on cu...
The development of an RF Multilateration system to provide accurate position and velocity measuremen...
The problem of object localization in multilateration systems is considered in the case when measure...
An airport surface multilateration system based on the time difference of arrival (TDOA) positioning...
Wide Area Multilateration is a form of Cooperative Independent Surveillance, used in Air Traffic C...
Abstract This paper outlines a new method of a location service (LCS) in the asynchronous wireless n...
Wide Area Multilateration is a form of Cooperative Independent Surveillance, used in Air Traffic C...
The need for the use of another surveillance system when radar cannot be used is the reason for the ...
Modeling and mitigating carrier-phase multi- path errors continue to be a significant challenge for ...
Two localization algorithms for multilateration systems are derived and analyzed. Instead of the cla...
The lateration algorithm is used by the multilateration (MLAT) system to estimation the position of ...
Multiple real-time GPS reference stations (RTK Networks) were originally developed for surveying pur...
Multilateration (MLAT) is an increasingly important location and identification system for surface t...
Introduction. Wide area multilateration (WAM) systems are the main competitors of secondary surveill...
In this paper, a method for precise tracking of aircrafts based on Time of Arrival (TOA) determinati...
In this contribution we give a comprehensive overview of multipath propagation and its effects on cu...
The development of an RF Multilateration system to provide accurate position and velocity measuremen...
The problem of object localization in multilateration systems is considered in the case when measure...
An airport surface multilateration system based on the time difference of arrival (TDOA) positioning...
Wide Area Multilateration is a form of Cooperative Independent Surveillance, used in Air Traffic C...
Abstract This paper outlines a new method of a location service (LCS) in the asynchronous wireless n...
Wide Area Multilateration is a form of Cooperative Independent Surveillance, used in Air Traffic C...
The need for the use of another surveillance system when radar cannot be used is the reason for the ...
Modeling and mitigating carrier-phase multi- path errors continue to be a significant challenge for ...
Two localization algorithms for multilateration systems are derived and analyzed. Instead of the cla...
The lateration algorithm is used by the multilateration (MLAT) system to estimation the position of ...
Multiple real-time GPS reference stations (RTK Networks) were originally developed for surveying pur...
Multilateration (MLAT) is an increasingly important location and identification system for surface t...