Research Article

A Neural-Network-Based Approach to White Blood Cell Classification

Table 4

The comparisons of the classification rates among different classification systems.

MethodNumber of typesSegmentationClassifierOverall rateNumber of images

Ours5Discriminating regionMLP99.11%450
Ours5Discriminating regionSVM97.55%450
Ours5Discriminating regionHRCNN88.89%450
Rezatofighi et al. [1]5Gram-Schmidt orthogonalization and snakeSVM86.10%400
Tabrizi et al. [2]5Gram-Schmidt orthogonalization and snakeLVQ94.10%400
Ghosh et al. [3]5WatershedBayes classifier83.2%150
Young [4]5Histogram thresholdDistance classifier92.46%199
Yampri et al. [5]5Automatic thresholding and adaptive contourMinimized error96.0%100
Bikhet et al. [6]5Entropy threshold and iterative thresholdDistance classifier90.14%71
Piuri and Scotti [7]5Opening and Canny edge detectorKNN, FF-NN, and RBF92%~82%113