nncf/common/tensor_statistics/collectors.py
def reduce_min(x: NNCFTensor, axis: Union[int, tuple, list]) -> NNCFTensor:
        """
         Computes minimum of elements across dimensions of NNCFTensor.

         :param x: NNCFTensor to reduce
         :param axis: The dimensions to reduce.
         :return: Reduced NNCFTensor.
         """

         Computes minimum of elements across dimensions of NNCFTensor.

         :param x: NNCFTensor to reduce
         :param axis: The dimensions to reduce.
         :return: Reduced NNCFTensor.
         
Computes minimum of elements across dimensions of NNCFTensor.
Computes minimum of elements across dimensions of NNCFTensor .
def reduce_min(x: NNCFTensor, axis: Union[int, tuple, list]) -> NNCFTensor:
def reduce_min ( x : NNCFTensor , axis : Union [ int , tuple , list ] ) -> NNCFTensor :
Computes minimum of elements across dimensions of NNCFTensor.
Computes minimum of elements across dimensions of NNCFTensor .
"""
         Computes minimum of elements across dimensions of NNCFTensor.

         :param x: NNCFTensor to reduce
         :param axis: The dimensions to reduce.
         :return: Reduced NNCFTensor.
         """
None
x
NNCFTensor
NNCFTensor to reduce
NNCFTensor to reduce
axis
Union[int, tuple, list]
The dimensions to reduce.
The dimensions to reduce .