intel::hexl Namespace Reference

Namespaces
	fpga

Functions
void	acquire_FPGA_resources ()
	Function acquire_FPGA_resources Called without any parameter, reserves the FPGA hardware resources. More...
void	release_FPGA_resources ()
	Function release_FPGA_resources Called without any parameter, releases the FPGA hardware resources once we are done. More...
void	set_worksize_DyadicMultiply (uint64_t ws)
	Function set_worksize_DyadicMultiply Reserves software resources for the multiplication. More...
void	DyadicMultiply (uint64_t *results, const uint64_t *operand1, const uint64_t *operand2, uint64_t n, const uint64_t *moduli, uint64_t n_moduli)
	Function DyadicMultiply Executes ciphertext ciphertext multiplication. More...
bool	DyadicMultiplyCompleted ()
	Function DyadicMultiplyCompleted Executed after ciphertext ciphertext multiplication to wrap up the task. More...
void	set_worksize_NTT (uint64_t ws)
	Function set_worksize_NTT Reserves software resources for the Number Theoretic Transform. More...
void	NTT (uint64_t *operand, const uint64_t *root_of_unity_powers, const uint64_t *precon_root_of_unity_powers, uint64_t coeff_modulus, uint64_t n)
	Function NTT Executes in place the Number Theoretic Transform. More...
bool	NTTCompleted ()
	Function NTTCompleted Executed after the NTT to wrap up the computation No parameters. More...
void	set_worksize_INTT (uint64_t ws)
	Function set_worksize_INTT Reserves software resources for the inverse Number Theoretic Transform. More...
void	INTT (uint64_t *operand, const uint64_t *inv_root_of_unity_powers, const uint64_t *precon_inv_root_of_unity_powers, uint64_t coeff_modulus, uint64_t inv_n, uint64_t inv_n_w, uint64_t n)
	Function INTT Executes in place the inverse Number Theoretic Transform. More...
bool	INTTCompleted ()
	Function INTTCompleted Executed after the INTT to wrap up the computation No parameters. More...

Function Documentation

void intel::hexl::acquire_FPGA_resources

(

)

Function acquire_FPGA_resources Called without any parameter, reserves the FPGA hardware resources.

void intel::hexl::DyadicMultiply	(	uint64_t *	results,
		const uint64_t *	operand1,
		const uint64_t *	operand2,
		uint64_t	n,
		const uint64_t *	moduli,
		uint64_t	n_moduli
	)

Function DyadicMultiply Executes ciphertext ciphertext multiplication.

Parameters

[out]	results	stores the multiplication results
[in]	operand1	stores the input ciphertext 1
[in]	operand2	stores the input ciphertext 2
[in]	n	stores polynomial size
[in]	moduli	stores modulus size
[in]	n_moduli	stores the number of moduli

bool intel::hexl::DyadicMultiplyCompleted

(

)

Function DyadicMultiplyCompleted Executed after ciphertext ciphertext multiplication to wrap up the task.

void intel::hexl::INTT	(	uint64_t *	operand,
		const uint64_t *	inv_root_of_unity_powers,
		const uint64_t *	precon_inv_root_of_unity_powers,
		uint64_t	coeff_modulus,
		uint64_t	inv_n,
		uint64_t	inv_n_w,
		uint64_t	n
	)

Function INTT Executes in place the inverse Number Theoretic Transform.

Parameters

[in]	operand	input ciphertext. This is also the output result since the transform is in place.
[out]	operand	output ciphertext. This is also the input result since the transform is in place.
[in]	inv_root_of_unity_powers	vector of twiddle factors
[in]	precon_inv_root_of_unity_powers	vector of precomputed inverse twiddle factors
[in]	coeff_modulus	stores the modulus
[in]	inv_n	stores the normalization factor for the inverse transform. Inverse of the polynomial size ( 1/n)
[in]	inv_n_w	stores the normalization factor for the constant.
[in]	n	stores the size of the Number Theoretic Transform

bool intel::hexl::INTTCompleted

(

)

Function INTTCompleted Executed after the INTT to wrap up the computation No parameters.

void intel::hexl::NTT	(	uint64_t *	operand,
		const uint64_t *	root_of_unity_powers,
		const uint64_t *	precon_root_of_unity_powers,
		uint64_t	coeff_modulus,
		uint64_t	n
	)

Function NTT Executes in place the Number Theoretic Transform.

Parameters

[in]	operand	input ciphertext. This is also the output result since the transform is in place.
[out]	operand	output ciphertext. This is also the input result since the transform is in place.
[in]	root_of_unity_powers	vector of twiddle factors
[in]	precon_root_of_unity_powers	vector of precomputed inverse twiddle factors
[in]	coeff_modulus	stores the modulus
[in]	n	stores the size of the Number Theoretic Transform

bool intel::hexl::NTTCompleted

(

)

Function NTTCompleted Executed after the NTT to wrap up the computation No parameters.

void intel::hexl::release_FPGA_resources

(

)

Function release_FPGA_resources Called without any parameter, releases the FPGA hardware resources once we are done.

void intel::hexl::set_worksize_DyadicMultiply

(

uint64_t

ws

)

Function set_worksize_DyadicMultiply Reserves software resources for the multiplication.

Parameters

ws	integer storing the worksize

void intel::hexl::set_worksize_INTT

(

uint64_t

ws

)

Function set_worksize_INTT Reserves software resources for the inverse Number Theoretic Transform.

Parameters

ws	integer storing the worksize

void intel::hexl::set_worksize_NTT

(

uint64_t

ws

)

Function set_worksize_NTT Reserves software resources for the Number Theoretic Transform.

Parameters

ws	integer storing the worksize