ThesisResearchAI/ML 10-12 months
Differentially-Private Synthetic Data Generation
Research into generating realistic synthetic tabular data with formal differential-privacy guarantees, evaluating the trade-off between utility and privacy versus real-data baselines.
PythonPyTorchCTGAN / DP-GANDifferential Privacy (Opacus)
Find GitHub repos & source code βHow to build it β step by step
- 1Generators: Implement DP generative models (e.g. DP-GAN/PATE) for tabular data.
- 2Privacy accounting: Track the privacy budget (Ξ΅, Ξ΄) precisely during training.
- 3Utility metrics: Measure statistical fidelity and downstream ML performance on synthetic vs real data.
- 4Attacks: Run membership-inference attacks to empirically validate the privacy guarantees.
Key features to implement
- βDP synthetic data generation
- βPrivacy-budget accounting
- βUtility-vs-privacy analysis
- βMembership-inference evaluation
- βBenchmark against real data
π‘ Unique twist to stand out
Propose a metric that jointly scores fidelity and privacy, and chart the Pareto frontier across generators.
π What you'll learn
Differential privacy, generative models, privacy attacks, and rigorous evaluation methodology.