51 lines
2.4 KiB
Markdown
51 lines
2.4 KiB
Markdown
GWAS Research Prototypes using Homomorphic Encryption
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=====================================
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https://gitlab.com/duality-technologies-public/palisade-gwas-demos
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This gitlab repository includes the implementation of Logistic Regression Approximation (LRA) and Chi-Square GWAS protocols described in
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"Secure large-scale genome-wide association studies using homomorphic encryption"
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by Marcelo Blatt, Alexander Gusev, Yuriy Polyakov, and Shafi Goldwasser.
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The repo includes the following files:
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* demo-logistic.cpp - research prototype for the LRA protocol.
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* demo-chi2.cpp - research prototype for the Chi-Square protocol.
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* data/random_sample.csv - an artificial random data set including 3 features, 200 individuals, and 16,384 SNPs (provided solely for demonstration purposes).
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Notes on Compatibility with Different Versions of PALISADE
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=====================================
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The code in the master branch works in PALISADE v1.7 - 1.9. If you need to run this code in v1.10 and later, please use the branch called `updated-to-v1.10`.
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How to Build and Run the Prototypes
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=====================================
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1. Install PALISADE v1.7 - 1.9, e.g., v1.9.1 from [PALISADE Development Repository](https://gitlab.com/palisade/palisade-development/-/tree/release-v1.9.1). Follow the instructions provided in [README.md](https://gitlab.com/palisade/palisade-development/-/blob/release-v1.9.1/README.md).
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2. Clone this repository to a local directory and switch to this directory.
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3. Create a directory where the binaries will be built. The typical choice is a subfolder "build". In this case, run the following commands:
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```
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mkdir build
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cd build
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cmake ..
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make
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```
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4. Run the following command to execute the LRA prototype (change sample size and number of SNPs as needed):
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```
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./demo-logistic --SNPdir "../data" --SNPfilename "random_sample" --pvalue "pvalue.txt" --runtime "result.txt" --samplesize="200" --snps="16384"
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```
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or
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Run the following command to execute the Chi-Square prototype (change sample size and number of SNPs as needed):
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```
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./demo-chi2 --SNPdir "../data" --SNPfilename "random_sample" --pvalue "pvalue.txt" --runtime "result.txt" --samplesize="200" --snps="16384"
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```
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5. The results will be written to the "data" folder. The following output files will be created for both prototypes:
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* pvalue.txt - p-values for each SNP
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* result.txt - runtime metrics
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Additional files with outputs of protocol-specific statistics will also be created.
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