Martin Haidacher
Multiscale Nodule Detection in CT Data

Information

Abstract

In this paper I am describing a computer aided detection (CAD) method, which is able to detect lung nodules in medical data sets. The data sets are obtained by a high resolution computer tomography. The goal of the nodule detection is to gain an early nodule detection which increases the probability of survival. Introduced method is able to detect nodules of variable size and variable shape. It is also rotation-invariant. The detection algorithm is based on the Hessian matrix. This matrix consists of the second-order partial derivatives. The eigenvalues of this matrix are used to determine the probability of a nodule-like shape. This method is well adapted to detect nodules of a size larger than 4 mm diameter. Tests with synthetic nodule data sets and some real data sets provided a high probability of true nodule detection with a very low number of false positives per data set.

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BibTeX

@studentproject{haidacher-2005-MND,
  title =      "Multiscale Nodule Detection in CT Data",
  author =     "Martin Haidacher",
  year =       "2005",
  abstract =   "In this paper I am describing a computer aided detection
               (CAD) method, which is able to detect lung nodules in
               medical data sets. The data sets are obtained by a high
               resolution computer tomography. The goal of the nodule
               detection is to gain an early nodule detection which
               increases the probability of survival. Introduced method is
               able to detect nodules of variable size and variable shape.
               It is also rotation-invariant. The detection algorithm is
               based on the Hessian matrix. This matrix consists of the
               second-order partial derivatives. The eigenvalues of this
               matrix are used to determine the probability of a
               nodule-like shape. This method is well adapted to detect
               nodules of a size larger than 4 mm diameter. Tests with
               synthetic nodule data sets and some real data sets provided
               a high probability of true nodule detection with a very low
               number of false positives per data set.",
  URL =        "https://www.cg.tuwien.ac.at/research/publications/2005/haidacher-2005-MND/",
}