1999
DOI: 10.1007/10704282_20
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Automatic Segmentation of Lung Fields in Chest Radiographs

Abstract: Abstract. We present algorithms for the automatic delineation of lung fields in chest radiographs. We first develop a rule-based scheme that detects lung contours using a general framework for the detection of oriented edges and ridges. This algorithm is compared to several pixel classifiers using different combinations of features. We propose a hybrid system that combines both approaches. The performance of each system is compared with interobserver variability and results available from the literature. Our h… Show more

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Cited by 26 publications
(43 citation statements)
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“…Vittitoe et al [250,251] developed a pixel classifier for the identification of lung regions using Markov random field modeling. Van Ginneken and ter Haar Romeny proposed a hybrid method that combines a rule-based scheme with a pixel classifier [84,Chapter 3].…”
Section: Methods Overviewmentioning
confidence: 99%
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“…Vittitoe et al [250,251] developed a pixel classifier for the identification of lung regions using Markov random field modeling. Van Ginneken and ter Haar Romeny proposed a hybrid method that combines a rule-based scheme with a pixel classifier [84,Chapter 3].…”
Section: Methods Overviewmentioning
confidence: 99%
“…A rule-based scheme is a sequence of steps, tests and rules. Most algorithms for the segmentation of lung fields fall in this category [198,269,270,65,4,6,7,32,82,84]. Techniques employed are (local) thresholding, region growing, edge detection, ridge detection, morphologi-RB PC PA / lateral evaluation remarks Toriwaki [233,232] × PA none describes a complete analysis system Harlow [102] × PA none Chien [37,38] × PA none only right lung, result used to detect abnormalities Hasegawa [103] × PA none Pietka [198] × PA none McNitt-Gray [179,178] × PA 16 Q uses 5 anatomical classes Duryea [65] × PA 802 Q Xu [269] × PA 1000 R outer rib cage only Xu [270] × PA 300 R diaphragm edges only Armato [7] × PA 600 R costophrenic angles only Armato [4] × lateral 200 Q Armato [6] × PA 600 R Carrascal [32] × both 65 RQ Vittitoe [250] × PA 99 Q Tsujii [235] × PA 71 Q Wilson, Brown [265,28] × PA none describes a complete analysis system Vittitoe [251] × PA 115 Q uses 6 anatomical classes Van Ginneken [82,84] (Chapter 3)…”
Section: Segmentation Lung Fieldsmentioning
confidence: 99%
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“…They include rule-based schemes [11][12][13][14][15][16], methods based on pixel classification [17][18][19][20], hybrid approaches [21], active shape models (ASM) and active appearance models (AAM) [22][23][24]. A comparison of several segmentation methods is provided by van Ginneken et al [23] using the images form JSRT dataset [25].…”
Section: Introductionmentioning
confidence: 99%
“…Tsujii et al [14] classified the pixels of the DR using an adaptative-sized hybrid neural network. Van Ginneken et al [15] developed and compared several segmentation techniques: a matching approach, pixel classifiers based on several combinations of features, a rule-based scheme that detects lung contours using a general framework for the detection of oriented edges and ridges in images, and a hybrid scheme. Later, an active shape model was used by van Ginneken et al [16] to obtain the segmentation.…”
Section: Introductionmentioning
confidence: 99%