DEMO — Only UI, sample data
verified_userPrecision Diagnostics

Explainable AI for Dermatological Precision.

Moving beyond black-box models. Odis utilizes ProtoPNet architectures to provide interpretable, case-based reasoning for dermatological analysis.

DATASET: HAM10000ORIGIN: ISIC_0024316
Confidence
99.96%
PROTO_ACTIVATION: ON
Dermatological sampleNeural activation map
psychology
Diagnostic Prediction
Melanocytic Nevus (NV)

The ProtoPNet identified high-spatial symmetry in the lesion structure, matching learned prototypes of benign nevi.

Core Methodology

The Scientific Foundation.

Bridging the semantic gap between neural latent spaces and clinical observations via dual-stage prototypical grounding.

psychology
biotech

Neural Interpretability

Unlike standard black-box CNNs, Odis identifies specific morphological features aligned with dermatological pathology, providing a transparent audit trail for every diagnosis.

schema

Case-Based Reasoning

"This looks like that." The system identifies 105 clinical anchors from the HAM10000 dataset to justify its findings, mimicking the deductive process of human experts.

P.01
P.24
P.42
P.63
P.88
P.105
verified

Empirical Validation

92.4%trending_up

Accuracy on HAM10000

105

Learned Clinical Prototypes

Academic References

© 2026 ODIS DIAGNOSTIC INTELLIGENCE. FOR RESEARCH PURPOSES ONLY.
Developed for Bachelor's Thesis. Data sourced from the ISIC Archive.
"Interpretable Classification of Skin Lesions using ProtoPNet and Expert Feature Integration" (M. Varna & D. Barisas, ICIST 2026 #9812)
"This Looks Like That: Deep Learning for Interpretable Image Recognition" (Chen et al.)
"The HAM10000 dataset, a large collection of multi-source dermatoscopic images of common pigmented skin lesions" (Tschandl et al.)

Odis Diagnostic Intelligence