GraphQuantizedMatMulWithBiasAndDequantize Method

public Operation QuantizedMatMulWithBiasAndDequantize(
	Output a,
	Output b,
	Output bias,
	Output min_a,
	Output max_a,
	Output min_b,
	Output max_b,
	Output min_freezed_output,
	Output max_freezed_output,
	DataType Toutput,
	bool transpose_a = false,
	bool transpose_b = false,
	string input_quant_mode = null,
	string opName = "QuantizedMatMulWithBiasAndDequantize"
)

Public Function QuantizedMatMulWithBiasAndDequantize ( 
	a As Output,
	b As Output,
	bias As Output,
	min_a As Output,
	max_a As Output,
	min_b As Output,
	max_b As Output,
	min_freezed_output As Output,
	max_freezed_output As Output,
	Toutput As DataType,
	Optional transpose_a As Boolean = false,
	Optional transpose_b As Boolean = false,
	Optional input_quant_mode As String = Nothing,
	Optional opName As String = "QuantizedMatMulWithBiasAndDequantize"
) As Operation

public:
Operation^ QuantizedMatMulWithBiasAndDequantize(
	Output^ a, 
	Output^ b, 
	Output^ bias, 
	Output^ min_a, 
	Output^ max_a, 
	Output^ min_b, 
	Output^ max_b, 
	Output^ min_freezed_output, 
	Output^ max_freezed_output, 
	DataType Toutput, 
	bool transpose_a = false, 
	bool transpose_b = false, 
	String^ input_quant_mode = nullptr, 
	String^ opName = L"QuantizedMatMulWithBiasAndDequantize"
)

member QuantizedMatMulWithBiasAndDequantize : 
        a : Output * 
        b : Output * 
        bias : Output * 
        min_a : Output * 
        max_a : Output * 
        min_b : Output * 
        max_b : Output * 
        min_freezed_output : Output * 
        max_freezed_output : Output * 
        Toutput : DataType * 
        ?transpose_a : bool * 
        ?transpose_b : bool * 
        ?input_quant_mode : string * 
        ?opName : string 
(* Defaults:
        let _transpose_a = defaultArg transpose_a false
        let _transpose_b = defaultArg transpose_b false
        let _input_quant_mode = defaultArg input_quant_mode null
        let _opName = defaultArg opName "QuantizedMatMulWithBiasAndDequantize"
*)
-> Operation