Banking system flaws have led to unethical conduct, resulting in significant financial and reputational losses for both customers and banks. Financial fraud in banks is anticipated to cause enormous financial loss yearly. Early discovery of fraud helps limit losses and generate counter-strategies. Credit card businesses and financial institutions must identify fraudulent transactions to prevent customers from being charged for items they hadn’t bought (fraudulently deceive). This research proposes a machine learning-based strategy for effective fraud detection. The system is built as a guideline to properly categorize activities, and enable fraud detection for evaluation of risk. Innovative algorithms (KNN, Decision Tree, GaussianNB, and Random Forest) were trained on a publicly available data set to identify indicators associated with fraudulent activity. The dataset for this research was resampled to reduce imbalance and analyzed with the suggested technique for improved accuracy.

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Fraud Detection System in Banking Transaction Environment Based on Machine Learning

  • Aya Migdady,
  • Omar AlZoubi,
  • Nabil El Kadhi

摘要

Banking system flaws have led to unethical conduct, resulting in significant financial and reputational losses for both customers and banks. Financial fraud in banks is anticipated to cause enormous financial loss yearly. Early discovery of fraud helps limit losses and generate counter-strategies. Credit card businesses and financial institutions must identify fraudulent transactions to prevent customers from being charged for items they hadn’t bought (fraudulently deceive). This research proposes a machine learning-based strategy for effective fraud detection. The system is built as a guideline to properly categorize activities, and enable fraud detection for evaluation of risk. Innovative algorithms (KNN, Decision Tree, GaussianNB, and Random Forest) were trained on a publicly available data set to identify indicators associated with fraudulent activity. The dataset for this research was resampled to reduce imbalance and analyzed with the suggested technique for improved accuracy.