Research Article

IoMT-Based Automated Detection and Classification of Leukemia Using Deep Learning

Table 5

A comparison of the proposed models with the previous approaches for automated detection of leukemia and its subtypes using the same datasets with respect to average accuracy.

ReferenceDatasetClassificationClassifierAccuracy (%)

Ahmed et al. [39]ALL-IDBLeukemia vs healthyCNN88.25
Naive Bayes69.69
Decision tree62.94
KNN58.57
SVM50.09
ALL-IDB, ASH image bankLeukemia subtypes classificationCNN81.74
Naive Bayes52.68
Decision tree45.92
KNN43.51
SVM20.84
Shafique et al. [26]ALL-IDBAcute lymphoblastic leukemia detectionAlexNet99.50
Subtypes of acute lymphoblastic leukemiaAlexNet96.06
Jothi et al. [34]ALL-IDBAcute lymphoblastic leukemia detectionJaya, SVM99.00
Jaya, decision tree98.00
Acharya et al. [40]ALL-IDBWhite blood cellsK-medoids algorithm98.60
Mishra et al. [35]ALL-IDB1Acute lymphoblastic leukemia detectionDOST, PCA, LDA99.66
Tuba et al. [41]ALL-IDB2Acute lymphoblastic leukemia detectionGAO-based methods93.84
Al-jaboriy et al. [42]ALL-IDB1Acute lymphoblastic leukemia detectionGA and ANN97.07
Jha et al. [43]ALL-IDB2Acute lymphoblastic leukemia detectionSCA-based deep CNN98.70
Pansombut et al. [44]ASH image bank, ALL-IDB1Lymphoblast cellsCNN-based convnet81.74
Vogado et al. [36]Heterogeneous database ALL-IDB1, ALL-IDB2Diagnose leukemia (pathological or not)Pre-trained CNN with SVM99
Thanh et al. [45]ALL-IDB1Diagnose leukemia (normal vs abnormal)CNN96.60
Moshavash et al. [46]ALL-IDB1, ALL-IDB2, Dr. Juan Bruno Zayas Alfonso Hospital, Santiago de CubaAcute lymphoblastic leukemia detectionTwo ensemble classifiers with SVM89.81
Umamaheswari et al. [47]ALL-IDB2Acute lymphoblastic leukemiaCustomized KNN96.25
Agaian et al. [48]ALL-IDB1Acute lymphoblastic leukemiaCell energy feature with SVM94.00
Rawat et al. [49]ASH image bankALLGA with SVM97.10
AML98.50
Healthy, AML,ALL99.50
Proposed workALL-IDB, ASH image bankHealthy, ALL, AML, CLL and CMLResNet-3499.56
DenseNet-12199.91