concrete.ml.sklearn.qnn.md

module concrete.ml.sklearn.qnn

Scikit-learn interface for fully-connected quantized neural networks.

Global Variables

• QNN_AUTO_KWARGS

• OPTIONAL_MODULE_PARAMS

• ATTRIBUTE_PREFIXES

---

class NeuralNetRegressor

A Fully-Connected Neural Network regressor with FHE.

This class wraps a quantized neural network implemented using Torch tools as a scikit-learn estimator. The skorch package allows to handle training and scikit-learn compatibility, and adds quantization as well as compilation functionalities. The neural network implemented by this class is a multi layer fully connected network trained with Quantization Aware Training (QAT).

Inputs and targets that are float64 will be casted to float32 before training as Torch does not handle float64 types properly. Thus should not have a significant impact on the model's performances. An error is raised if these values are not floating points.

method __init__

__init__(
    criterion=<class 'torch.nn.modules.loss.MSELoss'>,
    optimizer=<class 'torch.optim.adam.Adam'>,
    lr=0.01,
    max_epochs=10,
    batch_size=128,
    iterator_train=<class 'torch.utils.data.dataloader.DataLoader'>,
    iterator_valid=<class 'torch.utils.data.dataloader.DataLoader'>,
    dataset=<class 'skorch.dataset.Dataset'>,
    train_split=None,
    callbacks=None,
    predict_nonlinearity='auto',
    warm_start=False,
    verbose=1,
    device='cpu',
    **kwargs
)

---

property base_module

Get the Torch module.

Returns:

• SparseQuantNeuralNetwork: The fitted underlying module.

---

property fhe_circuit

---

property history

---

property input_quantizers

Get the input quantizers.

Returns:

• List[UniformQuantizer]: The input quantizers.

---

property is_compiled

Indicate if the model is compiled.

Returns:

• bool: If the model is compiled.

---

property is_fitted

Indicate if the model is fitted.

Returns:

• bool: If the model is fitted.

---

property onnx_model

Get the ONNX model.

Is None if the model is not fitted.

Returns:

• onnx.ModelProto: The ONNX model.

---

property output_quantizers

Get the output quantizers.

Returns:

• List[UniformQuantizer]: The output quantizers.

---

method dump_dict

dump_dict() → Dict[str, Any]

---

method fit

fit(
    X: Union[ndarray, Tensor, ForwardRef('DataFrame'), List],
    y: Union[ndarray, Tensor, ForwardRef('DataFrame'), ForwardRef('Series'), List],
    *args,
    **kwargs
)

---

method fit_benchmark

fit_benchmark(
    X: Union[ndarray, Tensor, ForwardRef('DataFrame'), List],
    y: Union[ndarray, Tensor, ForwardRef('DataFrame'), ForwardRef('Series'), List],
    *args,
    **kwargs
)

---

classmethod load_dict

load_dict(metadata: Dict)

---

method predict

predict(
    X: Union[ndarray, Tensor, ForwardRef('DataFrame'), List],
    fhe: Union[FheMode, str] = <FheMode.DISABLE: 'disable'>
) → ndarray

---

method predict_proba

predict_proba(
    X: Union[ndarray, Tensor, ForwardRef('DataFrame'), List],
    fhe: Union[FheMode, str] = <FheMode.DISABLE: 'disable'>
) → ndarray

---

class NeuralNetClassifier

A Fully-Connected Neural Network classifier with FHE.

This class wraps a quantized neural network implemented using Torch tools as a scikit-learn estimator. The skorch package allows to handle training and scikit-learn compatibility, and adds quantization as well as compilation functionalities. The neural network implemented by this class is a multi layer fully connected network trained with Quantization Aware Training (QAT).

Inputs that are float64 will be casted to float32 before training as Torch does not handle float64 types properly. Thus should not have a significant impact on the model's performances. If the targets are integers of lower bit-width, they will be safely casted to int64. Else, an error is raised.

method __init__

__init__(
    criterion=<class 'torch.nn.modules.loss.CrossEntropyLoss'>,
    optimizer=<class 'torch.optim.adam.Adam'>,
    classes=None,
    lr=0.01,
    max_epochs=10,
    batch_size=128,
    iterator_train=<class 'torch.utils.data.dataloader.DataLoader'>,
    iterator_valid=<class 'torch.utils.data.dataloader.DataLoader'>,
    dataset=<class 'skorch.dataset.Dataset'>,
    train_split=None,
    callbacks=None,
    predict_nonlinearity='auto',
    warm_start=False,
    verbose=1,
    device='cpu',
    **kwargs
)

---

property base_module

Get the Torch module.

Returns:

• SparseQuantNeuralNetwork: The fitted underlying module.

---

property classes_

---

property fhe_circuit

---

property history

---

property input_quantizers

Get the input quantizers.

Returns:

• List[UniformQuantizer]: The input quantizers.

---

property is_compiled

Indicate if the model is compiled.

Returns:

• bool: If the model is compiled.

---

property is_fitted

Indicate if the model is fitted.

Returns:

• bool: If the model is fitted.

---

property n_classes_

Get the model's number of classes.

Using this attribute is deprecated.

Returns:

• int: The model's number of classes.

---

property onnx_model

Get the ONNX model.

Is None if the model is not fitted.

Returns:

• onnx.ModelProto: The ONNX model.

---

property output_quantizers

Get the output quantizers.

Returns:

• List[UniformQuantizer]: The output quantizers.

---

property target_classes_

Get the model's classes.

Using this attribute is deprecated.

Returns:

• Optional[numpy.ndarray]: The model's classes.

---

method dump_dict

dump_dict() → Dict[str, Any]

---

method fit

fit(
    X: Union[ndarray, Tensor, ForwardRef('DataFrame'), List],
    y: Union[ndarray, Tensor, ForwardRef('DataFrame'), ForwardRef('Series'), List],
    *args,
    **kwargs
)

---

method fit_benchmark

fit_benchmark(
    X: Union[ndarray, Tensor, ForwardRef('DataFrame'), List],
    y: Union[ndarray, Tensor, ForwardRef('DataFrame'), ForwardRef('Series'), List],
    *args,
    **kwargs
)

---

classmethod load_dict

load_dict(metadata: Dict)

---

method predict

predict(
    X: Union[ndarray, Tensor, ForwardRef('DataFrame'), List],
    fhe: Union[FheMode, str] = <FheMode.DISABLE: 'disable'>
) → ndarray

---

method predict_proba

predict_proba(
    X: Union[ndarray, Tensor, ForwardRef('DataFrame'), List],
    fhe: Union[FheMode, str] = <FheMode.DISABLE: 'disable'>
) → ndarray