Abstract In this paper Bayesian recursive estimation methods are applied to several bearings-only applications. Both Air-to-Air passive ranging as well as terrain induced constraints for Air-to-Sea applications are discussed. The bearings-only problem is tested on experimental data from a torpedo, i.e., Sea-to-Sea with a passive sonar sensor. The Bayesian estimation problem is solved using both the particle lter method and the marginalized particle lter. As a comparison the range parameterized extended Kalman lter (RPEKF) is used. In a simulation study the particle lter outperforms the RPEKF. I
A major advantage of the use of passive sonar in the tracking multiple underwater targets is that th...
This thesis presents a means for representing and computing beliefs in the form of arbitrary probabi...
This paper focuses on estimating aircraft mass and thrust setting using a recursive Bayesian method ...
Angle-only tracking estimates range and range rate from measured angle information by maneuvering th...
We explore three recursive Bayesian algorithms for the passive location of a stationary ground-based...
In under water an observer pre-processes the noisy bearing measurements available from passive sonar...
Terrain navigation is a concept for autonomous aircraft navigation. If measurements of the terrain h...
Terrain navigation is an application where inference between conceptually different sensors is perfo...
In the ocean environment, two dimensional Range & Bearings target motion analysis (TMA) is gener...
: The terrain-aided navigation problem is a highly nonlinear estimation problem with application to ...
Terrain-aided aircraft navigation can be used to detect and correct errors in inertial navigation sy...
The problem is recursive Bayesian estimation of position and velocity of a moving object using async...
The terrain-aided navigation problem is a highly nonlinear estimation problem with application to ai...
Abstract—This paper focuses on obtaining submerged position fixes for underwater vehicles from compa...
As a part of aircraft navigation three-dimensional position (horizontal position and altitude) must ...
A major advantage of the use of passive sonar in the tracking multiple underwater targets is that th...
This thesis presents a means for representing and computing beliefs in the form of arbitrary probabi...
This paper focuses on estimating aircraft mass and thrust setting using a recursive Bayesian method ...
Angle-only tracking estimates range and range rate from measured angle information by maneuvering th...
We explore three recursive Bayesian algorithms for the passive location of a stationary ground-based...
In under water an observer pre-processes the noisy bearing measurements available from passive sonar...
Terrain navigation is a concept for autonomous aircraft navigation. If measurements of the terrain h...
Terrain navigation is an application where inference between conceptually different sensors is perfo...
In the ocean environment, two dimensional Range & Bearings target motion analysis (TMA) is gener...
: The terrain-aided navigation problem is a highly nonlinear estimation problem with application to ...
Terrain-aided aircraft navigation can be used to detect and correct errors in inertial navigation sy...
The problem is recursive Bayesian estimation of position and velocity of a moving object using async...
The terrain-aided navigation problem is a highly nonlinear estimation problem with application to ai...
Abstract—This paper focuses on obtaining submerged position fixes for underwater vehicles from compa...
As a part of aircraft navigation three-dimensional position (horizontal position and altitude) must ...
A major advantage of the use of passive sonar in the tracking multiple underwater targets is that th...
This thesis presents a means for representing and computing beliefs in the form of arbitrary probabi...
This paper focuses on estimating aircraft mass and thrust setting using a recursive Bayesian method ...