Fraud Detection Neural Network
This diagram describes a feedforward neural network that assigns a fraud-risk score to a payment transaction. The first block represents the prepared transaction features, which can include amount, merchant category, device signals, and recent account activity. Two dense ReLU layers learn combinations of those signals, while dropout makes the training model less dependent on any one activation. The final sigmoid block produces one score for a review rule or downstream queue. It is a useful overview for risk analysts and engineers because it states the model shape without exposing private feature values or training data. Add thresholds and monitoring blocks separately when describing the production decision process.
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Scenario
Scoring card transactions
Key decisions
- Feature input: Combine amount, merchant, device, and timing features.
- Regularization: Use dropout to reduce overfitting.
- Output: Keep one sigmoid score for binary fraud review.
When to reuse this
Use this diagram for a tabular binary-classification model where a reader needs the layer sequence and output meaning.
Frequently asked questions
What is a dense layer?
Why use dropout?
What does a sigmoid score mean?
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