Robust tracking of marginally observable targets

The authors address the robust determination of a target trajectory from acoustic or radar data under conditions that may render conventional estimation techniques unreliable, such as weak or fading signals, sensor failure, or poor signal collection geometries. A set-valued estimator that provides t...

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Published in:International Conference on Acoustics, Speech, and Signal Processing pp. 2720 - 2723 vol.4
Main Authors: Morrell, D.R., Stirling, W.C.
Format: Conference Proceeding
Language:English
Published: IEEE 1989
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Abstract The authors address the robust determination of a target trajectory from acoustic or radar data under conditions that may render conventional estimation techniques unreliable, such as weak or fading signals, sensor failure, or poor signal collection geometries. A set-valued estimator that provides the set of all trajectories that are consistent with the observed signals and available contextual information is introduced. Simulation results that demonstrate the operation of the set-valued estimator are presented.< >
AbstractList The authors address the robust determination of a target trajectory from acoustic or radar data under conditions that may render conventional estimation techniques unreliable, such as weak or fading signals, sensor failure, or poor signal collection geometries. A set-valued estimator that provides the set of all trajectories that are consistent with the observed signals and available contextual information is introduced. Simulation results that demonstrate the operation of the set-valued estimator are presented.< >
Author Stirling, W.C.
Morrell, D.R.
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Snippet The authors address the robust determination of a target trajectory from acoustic or radar data under conditions that may render conventional estimation...
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StartPage 2720
SubjectTerms Data engineering
Filters
Geometry
Observability
Radar tracking
Robustness
State estimation
State-space methods
Target tracking
Trajectory
Title Robust tracking of marginally observable targets
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