FHElium

Appearance

fhelium.benchmarks.suite.specification ​

Workload and sampling definitions for the local-device benchmark suite.

The suite covers the product of sampled input depths, leading batch sizes, and task sizes. The same cells and arithmetic plans apply on CPU and CUDA. A run owns the complete cell inventory, including cells that cannot execute.

CONFIGURATIONS ​

constant View source

python
CONFIGURATIONS = (Preset.slots32768_scale50_depth27_int64,)

BATCHES ​

constant View source

python
BATCHES = (1, 2, 4, 8, 16)

MATRIX_SIZES ​

constant View source

python
MATRIX_SIZES = (16, 32, 64)

OPERATIONS ​

constant View source

python
OPERATIONS = ('rotate', 'rotate_many', 'rotate_many_independent', 'relinearize', 'rescale_ct2', 'multiply_plaintext', 'multiply_ciphertexts', 'square', 'add', 'sum_plaintext_products', 'multiply_coefficient', 'advance_depth')

MATRIX_WORKLOADS ​

constant View source

python
MATRIX_WORKLOADS = ('matrix_ptct', 'matrix_ctct')

NTT_PLANS ​

constant View source

python
NTT_PLANS = ('radix2_indexed', 'radix2_compact_group8_smem8')

PRIMITIVE_WORKLOADS ​

constant View source

python
PRIMITIVE_WORKLOADS = ('ntt_forward', 'ntt_inverse', 'key_switch', 'rns_add', 'rns_multiply')

WARMUPS ​

constant View source

python
WARMUPS = 5

SAMPLES ​

constant View source

python
SAMPLES = 20

ABSOLUTE_ERROR_LIMIT ​

constant View source

python
ABSOLUTE_ERROR_LIMIT = 1e-05

SEED ​

constant View source

python
SEED = 20260907

SuiteCell ​

class View source

python
SuiteCell(config: str, workload: str, depth: int, batch: int, size: int | None, plan: str)

One mathematical task and execution plan at a concrete input state.

Attributes ​

NameTypeDefault/value
configstr
workloadstr
depthint
batchint
sizeint | None
planstr

id ​

property

python
id: str

configurations ​

function View source

python
def configurations() -> dict[str, CkksConfig]: ...

entry_depths ​

function View source

python
def entry_depths(config: CkksConfig) -> tuple[int, ...]: ...

Sample every fourth nonterminal input basis.

cells ​

function View source

python
def cells() -> tuple[SuiteCell, ...]: ...

specification ​

function View source

python
def specification() -> dict[str, object]: ...

Return the mathematical and measurement identity hashed by every run.

specification_hash ​

function View source

python
def specification_hash() -> str: ...