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AI-Powered Detection

Malaria Cell
Detector

Upload a blood cell microscopy image and our CNN will classify it as parasitized or uninfected in seconds.

95.43%
Accuracy
27,558
Images Trained
3-Layer
CNN Model

Upload Multiple Images

Select up to 50 blood cell images for batch analysis

PNG ยท JPG ยท WEBP โ€” Max 10MB each
Preview
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Parasitized
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Uninfected
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Inference

๐Ÿ“Š Dashboard

โ–ผ

How It Works

1

Upload

Upload a microscopy image of a thin blood smear cell sample.

2

Process

Image is resized to 64ร—64px and normalized for the CNN model.

3

Classify

3-layer CNN analyzes the cell for Plasmodium parasite presence.

4

Result

Get instant classification with confidence score and AI attention map.

๐Ÿ”ฌ Research & Methodology

Model Architecture

Input64ร—64ร—3
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Conv2D32 filters, 3ร—3
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MaxPool2ร—2
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Conv2D64 filters, 3ร—3
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MaxPool2ร—2
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Conv2D128 filters, 3ร—3
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MaxPool2ร—2
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Flatten
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Dense128, ReLU
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Dropout0.5
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Dense1, Sigmoid

Dataset

NIH Malaria Cell Images Dataset โ€” 27,558 cell images with equal instances of parasitized and uninfected cells from thin blood smear slide images of segmented cells.

Citation: Rajaraman S, et al. "Pre-trained convolutional neural networks as feature extractors toward improved malaria parasite detection in thin blood smear images." PeerJ. 2018;6:e4568.

Training & Validation

80/20 stratified train-test split ยท Binary cross-entropy loss ยท Adam optimizer ยท Accuracy: 95.43%

Confusion Matrix

Pred. Positive
Pred. Negative
Actual Pos.
TP: 2,632True Positive
FN: 126False Negative
Actual Neg.
FP: 126False Positive
TN: 2,628True Negative
โš ๏ธ This tool is for educational and research purposes only. It is not a medical device.
Always consult a healthcare professional for malaria diagnosis and treatment.

Built by Scott Antwi ยท CNN trained on NIH Malaria Dataset ยท View Source
Analyzing cell...