Needle localization for needle steering under 3D ultrasound feedback
Résumé
In needle steering, estimating the needle pose is a critical problem. In 3D ultrasound volumes, fine needle localization is difficult and requires a combination of estimation and image processing to be successful. Indeed, 3D ultrasound imaging suffers from noise, artifacts and works at a low frequency. We propose a needle tip pose estimation method in the context of 3D robotic needle steering under 3D ultrasound feedback, based on multi-rate, multi-sensor fusion [1].
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Poster_IROS_2018_Lapouge.pdf (1.09 Mo)
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MUKF_LAPOUGE_TROCCAZ_POIGNET.pdf (1000.52 Ko)
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Origine : Fichiers produits par l'(les) auteur(s)