神经网络如何学习自身的欺诈规则:一种神经符号人工智能实验

📄 中文摘要

大多数神经符号系统依赖人类编写的规则,而本实验探讨了一种新的方法,让神经网络能够自主发现规则。通过扩展一个混合神经网络,加入可微分的规则学习模块,该模型在训练过程中自动提取IF-THEN欺诈规则。在Kaggle信用卡欺诈数据集(欺诈率为0.17%)上,该模型成功学习到了可解释的规则。这一实验展示了神经网络在欺诈检测领域的潜力,尤其是在规则生成和解释性方面的优势。

📄 English Summary

How a Neural Network Learned Its Own Fraud Rules: A Neuro-Symbolic AI Experiment

Most neuro-symbolic systems rely on human-written rules, but this experiment explores a novel approach where a neural network can autonomously discover rules. By extending a hybrid neural network with a differentiable rule-learning module, the model automatically extracts IF-THEN fraud rules during training. On the Kaggle Credit Card Fraud dataset, which has a fraud rate of 0.17%, the model successfully learned interpretable rules. This experiment demonstrates the potential of neural networks in fraud detection, particularly in the areas of rule generation and interpretability.

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数据源: OpenAI, Google AI, DeepMind, AWS ML Blog, HuggingFace 等