
Developed a context-sensitive US bank number detection feature for the NCATComp410/comp410_spring_2025 repository, enhancing the accuracy of PII scanning by incorporating contextual cues and robust validation. Leveraged Python and regular expressions to refine detection logic, focusing on increasing confidence scores through analysis of both valid and invalid inputs, including short strings and preceding words. Employed test-driven development and comprehensive unit testing to ensure reliability and reduce edge-case misclassifications. The work improved data privacy safeguards by minimizing false positives and negatives, demonstrating a methodical approach to text analysis and validation within a production-oriented codebase over the course of the project.
February 2025 (Month: 2025-02) performance summary for NCATComp410/comp410_spring_2025. Delivered reinforced detection of US bank numbers in PII scanning with context-sensitive recognition and robust test coverage. This work includes context-aware recognition to increase confidence scores, validated against positive and negative inputs, including short strings and contextual preceding words. No separate critical bugs reported; robustness enhancements reduced edge-case misclassification risk and improved overall data privacy safeguards.
February 2025 (Month: 2025-02) performance summary for NCATComp410/comp410_spring_2025. Delivered reinforced detection of US bank numbers in PII scanning with context-sensitive recognition and robust test coverage. This work includes context-aware recognition to increase confidence scores, validated against positive and negative inputs, including short strings and contextual preceding words. No separate critical bugs reported; robustness enhancements reduced edge-case misclassification risk and improved overall data privacy safeguards.

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