Enabling the use of Gaussian Mechanism for Local DP in SKLean Pipeline. This should be in the form of an "operator" that should be inserted between the layers in SKLearn's Pipeline class.
This is the Global DP Version of the already existing Gaussian Mechanism extension for Local DP mentioned in issue #387.
Additional Context
Current development for the SKLean Pipeline is in branch feature/machine-learning-1.
Preferably, the name of the "operator" imported from PyDP should be called GaussianMechanism. The use should be as seamless and convenient as possible in SKLearn's Pipeline class. For example:
For more examples, please have look at the notebook example of Laplace Mechanism's implementation.
As starting guidance, please refer to the source code for LaplaceMechanism in here.
Note: The examples mentioned above are for Local DP. Laplace Mechanism's LocalDP implementation should provide a good starting point to figure out the Global DP's version.
Feature Description
Enabling the use of Gaussian Mechanism for Local DP in SKLean Pipeline. This should be in the form of an "operator" that should be inserted between the layers in SKLearn's Pipeline class.
This is the Global DP Version of the already existing Gaussian Mechanism extension for Local DP mentioned in issue #387.
Additional Context
Current development for the SKLean Pipeline is in branch
feature/machine-learning-1.Preferably, the name of the "operator" imported from PyDP should be called
GaussianMechanism. The use should be as seamless and convenient as possible in SKLearn'sPipelineclass. For example:For more examples, please have look at the notebook example of Laplace Mechanism's implementation.
As starting guidance, please refer to the source code for
LaplaceMechanismin here.Note: The examples mentioned above are for Local DP. Laplace Mechanism's LocalDP implementation should provide a good starting point to figure out the Global DP's version.