Research Article
Timely Diagnosis of Acute Lymphoblastic Leukemia Using Artificial Intelligence-Oriented Deep Learning Methods
Table 7
Results analysis and comparison of previous works.
| Reference | Features employed | Classifier (s) | Test dataset | Technical environment | Optimal accuracy (%) |
| Thanh et al. [13] | Morphological features | CNN (with 7 layers) | 357 | MATLAB | 96.60 | Shafique and Tehsin [14] | Color features | AlexNet (with 8 layers) | 306 | MATLAB | 99.50 | Ahmed et al. [15] | Morphological features | CNN (with 6 layers) | 511 | Anaconda 3 with spider 3.3 and Python 3.6 | 88.25 | Rehman et al. [8] | Morphological features | CNN (with 7 layers) | 330 | MATLAB | 97.78 | Kasani et al. [6] | Morphological features | An aggregated CNN (-) | 2100 | Keras package, with tensorflow | 96.58 | Kasani et al. [19] | Morphological features | CNN (-) | 1454 | Keras package, with tensorflow | 96.17 | Proposed approaches | CNN features | Three various CNNs | 2506 | Keras package, with tensorflow | VGG-16: 97.41, ResNet-50: 95.76, proposed CNN: 85.79 |
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