Ground based emitters can be located with a receiver installed on an airborne platform. This paper discusses techniques based on Doppler frequency and differential phase measurements (interferometry). Measurements of the first technique are provided, while we discuss and compare the theoretical accuracy of both. In addition, we demonstrate the use of simulated annealing for finding flight tracks that lead to the smallest location error
The operational use of systems for passive geolocation of radio frequency emitters poses various cha...
A multistatic passive coherent location system has been designed during an eight month lasting trial...
This paper investigates two independent approaches to verify the necessary and sufficient condition ...
AbstractWith a pair of antennas spaced apart, an airborne passive location system measures phase dif...
Abstract It is well known that the Doppler frequency shift contains the emitter location information...
The possibility is discussed of using Doppler techniques for determining the location of ground base...
A passive acoustic method to locate moving sound sources is applied to maneuvering aircraft. The adv...
AbstractAs an important parameter in the single airborne passive locating system, the rate of phase ...
In “stand-off” scenarios, an estimate of the bearing to an emitter can be easily calculated from mea...
This paper presents a Doppler passive location method for moving targets with fixed single station u...
Abstract:- Technology of passive location has broad prospects in applications. In this paper, phase ...
Multilateration or time-delay of arrival estimation can provide three dimensional (3D) emitter locat...
AbstractTechnology of passive location has broad prospects in applications. In this paper, the singl...
The determination of precise emitter location is a very important task in electronic intelligence sy...
International audienceFor obvious reasons of cost, discretion and reliability costs, locating and tr...
The operational use of systems for passive geolocation of radio frequency emitters poses various cha...
A multistatic passive coherent location system has been designed during an eight month lasting trial...
This paper investigates two independent approaches to verify the necessary and sufficient condition ...
AbstractWith a pair of antennas spaced apart, an airborne passive location system measures phase dif...
Abstract It is well known that the Doppler frequency shift contains the emitter location information...
The possibility is discussed of using Doppler techniques for determining the location of ground base...
A passive acoustic method to locate moving sound sources is applied to maneuvering aircraft. The adv...
AbstractAs an important parameter in the single airborne passive locating system, the rate of phase ...
In “stand-off” scenarios, an estimate of the bearing to an emitter can be easily calculated from mea...
This paper presents a Doppler passive location method for moving targets with fixed single station u...
Abstract:- Technology of passive location has broad prospects in applications. In this paper, phase ...
Multilateration or time-delay of arrival estimation can provide three dimensional (3D) emitter locat...
AbstractTechnology of passive location has broad prospects in applications. In this paper, the singl...
The determination of precise emitter location is a very important task in electronic intelligence sy...
International audienceFor obvious reasons of cost, discretion and reliability costs, locating and tr...
The operational use of systems for passive geolocation of radio frequency emitters poses various cha...
A multistatic passive coherent location system has been designed during an eight month lasting trial...
This paper investigates two independent approaches to verify the necessary and sufficient condition ...