Review Article

Breast Cancer Segmentation Methods: Current Status and Future Potentials

Table 2

Summary of reviewed works related to classical segmentation in mammogram image.

SubcategoryRelated worksYearTechniqueFilterDatabaseEvaluation metric

RM[77]1999Adaptive and region growingGaussianUMH98.0% accuracy
RM[102]2001Region growingKalmanDDSM93.0% ROC with adaptive module and 86.0% ROC without the adaptive module
RM[97]2001Partial loss of regionSoberJapanese97.0% true positive
RM[99]2004Region growingMIAS90.0% TPR, and 1.3 FTR per image
RM[103]2004Contour searchingMAGIC-5 ROC
RM[87]2005Region growingANNMIAS92.5% accuracy
RM[90]2006Morphological algorithmMedianMIAS95.0% detection rate
RM[75]2010Harris cornerMedianMIAS93.0% segmentation accuracy
RM[91]2010Region growingDDSM78.0% sensitivity and 4.0% false positive
RM[92]2010WatershedMorphologicalDDSMMean standard
RM[74]2011ThresholdingMedianMIAS99.0% segmentation accuracy
RM[82]2012Region growingContrastMIAS94.59% sensitivity and 3.90 false positive
RM[86]2012MorphologicalMedianMIAS95.0% detection rate
RM[96]2012Region growingAdaptiveDDSM97.2% sensitivity and 1.83% false positive
RM[80]2012Seed point selectionMathematical morphologyNCSM98.0% accuracy
RM[81]2013Morphological gradient watershedAdaptive medianMIAS and NMR95.3% positive for MIAS and 94.0% for NMR
RM[101]2013Improved watershedMedianMIAS92.0% accuracy
RM[76]2013OtsuMorphologicalDEMS95.06% accuracy
RM[95]2014Marker-controlled watershedSoberMIAS90.83% detection rate and 91.3% ROC
RM[84]2014Wavelet and genetic algorithmWienerMIAS and DDSM mean and standard deviation
RM[98]2014Watershed transformationMSKE90.47% sensitivity, 75.0% specificity, and 84.848% accuracy
RM[79]2015Morphological operatorsAlternating sequential filterMIAS99.2% sensitivity and 99.0% accuracy
RM[83]2017Region growingSliding windowMIAS91.3% accuracy
RM[100]2017Region growingMedianMIAS94.0% accuracy
RM[93]2017WatershedMorphologicalDDSM80.5% similarity index, 75.7% overlap value
RM[94]2017Bimodal-level set formulationMIAS96.72% precision and 97.22% recall
RM[88]2018Hidden Markov and region growingMIAS91.92% accuracy and 8.07% error
RM[89]2018Watershed combined with -NNSoberMIAS83.33% accuracy
RM[78]2018Region growingGaussianDDSM98.1% sensitivity, 97.8% specificity, and 90.0% accuracy
RM[85]2019WatershedMIAS94.0% false detection and 18.0% positive detection

TM[118]2001Otsu thresholdingMorphologicalMIAS1.7188 ME1, 0.0083 ME2, and 0.8702 MHD
TM[120]2001OtsuMedianMIAS96.55% accuracy, 96.97% sensitivity, and 96.29% specificity
TM[113]2011MIAS97.0% accuracy, 97.03% specificity, and 97.0% sensitivity
TM[117]2012Histogram thresholdingMorphologicalDDSM96.0% detection rate and 90.0% accuracy
TM[119]2012Kittler’s optimal thresholdingBCCCF92.0% to 95.0% Spearman and 6.9% average density
TM[109]2013OtsuMedian
TM[108]2014Rough set theoryMedianMIAS
TM[107]2014Otsu thresholdingMorphological and medianDDSM
TM[114]2014Threshold and evolutionaryAverageDDSM95.2% accuracy
TM[110]2014OtsuMedianMIAS
TM[115]2015Global thresholdMedianMIAS92.86% accuracy and acceptable level of 4.97%
TM[111]2015Global thresholding and mergingWiener82.0% accuracy and 18.0% error detection
TM[105]2016Morphological thresholdMedianMIAS94.54% accuracy and 5.45% false identification
TM[106]2016Adaptive threshold91.5% accuracy for SVM and 70.0% accuracy for -NN
TM[121]2016OtsuMorphologicalWHC and DDSM100.0% accuracy for WHC and 91.30% for DDSM
TM[104]2017OtsuClaheMIAS96.0% accuracy
TM[116]2017Histogram and edge detectionGaussianMIAS and EPIC98.8% accuracy (MIAS) and 91.5% (EPIC)
TM[112]2018Adaptive global and local thresholdMeteorologicalMIAS91.3% sensitivity and 0.71% false positive

EM[128]2004Edge2-DMIAS92.5% accuracy, 93.0% sensitivity, and 85.0% specificity
EM[122]2006EdgeMAGIC-5 collaboration86.20% ROC and 82.0% sensitivity
EM[126]2009HistogramMorphologicalMIAS97.0% accuracy
EM[133]2011Active contourBinary homogeneityMIAS99.6% CM, 98.7% CR, and 98.3% quality
EM[131]2011Energy minimisation and contourMIAS90.0% accuracy and 92.27% precision
EM[134]2011EdgeMedianKHCCJH94.1% accuracy (CC), 81.4% MLO, and 90.0% accuracy
EM[130]2011Sobel, Prewitt, LaplacianAdobe PhotoshopNCSM79.0% AUC for Sobel, 72.0% Prewitt, and 71.0% Laplacian
EM[127]2012EdgeMedianMIAS83.9% accuracy
EM[132]2014Active contour88.0% sensitivity
EM[123]2015Dynamic graph cutMIAS and DDSM98.88% sensitivity, 98.89% specificity, and 93.0% for negative values
EM[124]2015Canny edge detectionMedianMIAS, INbreast, and BCDR98.8% Dice boundary of 97.8% MIAS, 98.9% for boundary 89.6% INbreast, and 99.2% for boundary, and 91.9% BCDR
EM[135]2017CascadeGaborUHGL100.0% sensitivity and 3.4% false positives
EM[129]2017EdgeNCSM84.0% AUC