int_ride_hailing: an example on privacy preserving ride hailing.
int_vectorized_OLE: an example on vectorized oblivious linear evaluation using an RLWE trapdoor.

Real/Complex computations

reals_bootstrapping: a series of examples showcasing the capabilities of the bootstrapping for fixed point arithmetic.
- basics: an example showcasing the basic capabilities of the bootstrapping.
- high_precision: an example showcasing high-precision bootstrapping.
- slim: an example showcasing slim bootstrapping, i.e. re-ordering the steps of the bootstrapping.
reals_scheme_switching: an example showcasing scheme switching between ckks and rgsw to complement fixed-point arithmetic with lookup tables.
reals_sigmoid_chebyshev: an example showcasing polynomial evaluation of a Chebyshev approximation of the sigmoid.
reals_sigmoid_minimax: an example showcasing polynomial evaluation of a minimax approximation of the sigmoid.
reals_vectorized_polynomial_evaluation: an example showcasing vectorized polynomial evaluation, i.e. evaluating different polynomials in parallel on specific slots.

Templates

Templates are files containing the basic instantiation, i.e. parameters, key-generation, encoding, encryption and decryption.

reals: a template for ckks.
int: a template for bgv.

Tutorials

Tutorials are examples showcasing the basic capabilities of the library.

reals: a tutorial on all the basic capabilities of the package ckks.

Multiparty-HE Examples

int_psi: an example showcasing the $N\text{-out-of-}N$-threshold scheme in a private set intersection scenario.
int_pir: an example showcasing the $t\text{-out-of-}N$-threshold scheme in a private information retrieval scenario.
thresh_eval_key_gen: an example showcasing the generation of a large set of evaluation-keys in the $t\text{-out-of-}N$-threshold scheme.

Parameters

The params.go file contains several sets of example parameters for both bgv and ckks. These parameter are chosen to represent several degrees of homomorphic capacity for a fixed 128-bit security (according to the standard estimates at the time of writing). They do not represent a set of default parameters to be used in real HE applications. Rather, they are meant to facilitate quick tests and experimentation with the library.