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Estimation of Large-Scale Organ Motion in B-Mode Ultrasound Image Sequences: A Survey

Valeria De Luca, Gábor Székely, Christine Tanner
Ultrasound in Medicine & Biology
pp. 1-19, 2015

Abstract

Reviewed here are methods developed for following (i.e., tracking) structures in medical B-mode ultrasound time sequences during large-scale motion. The resulting motion estimation problem and its key components are defined. The main tracking approaches are described, and their strengths and weaknesses are discussed. Existing motion estimation methods, tested on multiple in vivo sequences, are categorized with respect to their clinical applications, namely, cardiac, respiratory and muscular motion. A large number of works in this field had to be discarded as thorough validation of the results was missing. The remaining relevant works identified indicate the possibility of reaching an average tracking accuracy up to 1–2 mm. Real-time performance can be achieved using several methods. Yet only very few of these have progressed to clinical practice. The latest trends include incorporation of complementary and prior information. Advances are expected from common evaluation databases and 4-D ultrasound scanning technologies.


Link to publisher's page
@Article{eth_biwi_01248,
  author = {Valeria De Luca and Gábor Székely and Christine Tanner},
  title = {Estimation of Large-Scale Organ Motion in B-Mode Ultrasound Image Sequences: A Survey},
  journal = {Ultrasound in Medicine & Biology},
  year = {2015},
  month = {},
  pages = {1-19},
  volume = {},
  number = {},
  keywords = {}
}