GatingUnits Class Reference

#include <GatingUnits.h>

Inheritance diagram for GatingUnits:

List of all members.

Public Member Functions
	GatingUnits (const int nXSize, const int nYSize, const int filterSizeX, const int filterSizeY, const int inputSizeX, const int inputSizeY)
	~GatingUnits ()
float	getGUMax ()
float	getGUMin ()
OutputImage *	stepGatingUnits (Matrix *gc, float max, float theta)
OutputImage *	stepGatingUnitsLearn (Matrix *gc, float max, float theta, LearningFeaturePlane *fp)
void	computeActivations (Matrix *activations)
void	setZero ()

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Detailed Description

2D array of Matrix objects. Each Matrix object contains the gating units for the particular IU, for a given input

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Constructor & Destructor Documentation

GatingUnits::GatingUnits	(	const int	nXSize,
		const int	nYSize,
		const int	filterSizeX,
		const int	filterSizeY,
		const int	inputSizeX,
		const int	inputSizeY
	)

GatingUnits::~GatingUnits

(

)

Destructor. Deletes all the gating unit matrices, and the internal data structures

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Member Function Documentation

void GatingUnits::computeActivations

(

Matrix *

activations

)

[inline]

float GatingUnits::getGUMax

(

)

Get the maximum gating unit activation

float GatingUnits::getGUMin

(

)

Get the minimum gating unit activation

void GatingUnits::setZero

(

)

OutputImage * GatingUnits::stepGatingUnits	(	Matrix *	gc,
		float	max,
		float	theta
	)

Apply the STM WTA rule. For now, just threshold with theta, ignoring the temporal aspect of the competition

OutputImage * GatingUnits::stepGatingUnitsLearn	(	Matrix *	gc,
		float	max,
		float	theta,
		LearningFeaturePlane *	fp
	)

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The documentation for this class was generated from the following files:

• C:/Users/albertlr/projects/TarzaNN/TarzaNN/GatingUnits.h
• C:/Users/albertlr/projects/TarzaNN/TarzaNN/GatingUnits.cpp