TerrestrialStatisticalModel.cpp File Reference

Implements the model from ITU-R P.2108 Section 3.2. More...

Functions
ReturnCode	ITS::ITU::PSeries::P2108::TerrestrialStatisticalModel (const double f__ghz, const double d__km, const double p, double &L_ctt__db)
	Statistical clutter loss model for terrestrial paths as described in Section 3.2.
double	ITS::ITU::PSeries::P2108::TerrestrialStatisticalModelHelper (const double f__ghz, const double d__km, const double p)
	Compute the clutter loss.
ReturnCode	ITS::ITU::PSeries::P2108::Section3p2_InputValidation (const double f__ghz, const double d__km, const double p)
	Input validation for the statistical clutter loss model for terrestrial paths (Section 3.2).

Detailed Description

Implements the model from ITU-R P.2108 Section 3.2.

Function Documentation

Section3p2_InputValidation()

ReturnCode ITS::ITU::PSeries::P2108::Section3p2_InputValidation	(	const double	f__ghz,
		const double	d__km,
		const double	p )

Input validation for the statistical clutter loss model for terrestrial paths (Section 3.2).

Parameters

[in]	f__ghz	Frequency, in GHz
[in]	d__km	Path distance, in km
[in]	p	Percentage of locations, in %

Returns

Return code

TerrestrialStatisticalModel()

PROPLIB_API ReturnCode ITS::ITU::PSeries::P2108::TerrestrialStatisticalModel	(	const double	f__ghz,
		const double	d__km,
		const double	p,
		double &	L_ctt__db )

Statistical clutter loss model for terrestrial paths as described in Section 3.2.

This model can be applied for urban and suburban clutter loss modeling.

Frequency range: \( 0.5 \leq f \leq 67 \) (GHz)
Path distance range: \( 0.25 \leq d \) (km) (must be \( \geq 1 \) to apply the correction at both ends of the path)
Percentage locations range: \(0 < p < 100 \) (%)

Parameters

[in]	f__ghz	Frequency, in GHz
[in]	d__km	Path distance, in km
[in]	p	Percentage of locations, in %
[out]	L_ctt__db	Additional loss (clutter loss), in dB

Returns

Return code

TerrestrialStatisticalModelHelper()

double ITS::ITU::PSeries::P2108::TerrestrialStatisticalModelHelper	(	const double	f__ghz,
		const double	d__km,
		const double	p )

Compute the clutter loss.

Parameters

[in]	f__ghz	Frequency, in GHz
[in]	d__km	Path distance, in km
[in]	p	Percentage of locations, in %

Returns

Clutter loss, in dB