Source code of Windows XP (NT5)
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//$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$
//
// Copyright (c) 2001 Microsoft Corporation. All rights reserved.
//
// Module:
// volcano/dll/brknet.c
//
// Description:
// Functions to implement the functionality of the break Neural net that
// modifies the lattice structure to correct segmentation errors.
//
// Author:
// ahmadab 11/05/01
//
//$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$
#include "common.h"
#include "volcanop.h"
#include "lattice.h"
#include "runnet.h"
#ifndef __BRKNET_H__
#define __BRKNET_H__
// maximum number of brk net features
#define MAX_BRK_NET_FEAT 32
// Magic key the identifies the NN bin file
#define BRKNET_FILE_TYPE 0xFEFEABD0
// Version information for file.
#define BRKNET_MIN_FILE_VERSION 0 // First version of code that can read this file
#define BRKNET_OLD_FILE_VERSION 0 // Oldest file version this code can read.
#define BRKNET_CUR_FILE_VERSION 0 // Current version of code.
// the threshold above which the output of the break net is regarded as a breaking point
#define BREAKING_THRESHOLD (90 * SOFT_MAX_UNITY / 100)
//#define BREAKING_THRESHOLD (SOFT_MAX_UNITY / 2)
// local data structure used by the BRKNET
// a lattice element list structure
typedef struct tagELEMLIST
{
int cElem;
LATTICE_PATH_ELEMENT *pElem;
}
ELEMLIST;
// structure representing a break point
typedef struct tagBRKPT
{
ELEMLIST Starting;
ELEMLIST Ending;
ELEMLIST Crossing;
}
BRKPT;
// NN data block resource type
int UpdateLattice (LATTICE *pLat);
BOOL LoadBrkNetFromResource (HINSTANCE hInst, int nResID, int nType);
BOOL LoadBrkNetFromFile(wchar_t *pwszRecogDir, LOAD_INFO *pLoadInfo);
void BrkNetUnloadfile (LOAD_INFO *pLoadInfo);
// private functions, prototyped here because the training program will use them
BRKPT *CreateBrkPtList (LATTICE *pLat);
int FeaturizeBrkPt (LATTICE *pLat, BRKPT *pBrk, int *pFeat);
void FreeBreaks (int cStrk, BRKPT *pBrk);
BOOL InsertListElement (ELEMLIST *pList, int iStrk, int iAlt, LATTICE_ELEMENT *pLatElem);
void FreeElemList (ELEMLIST *pList);
void ReverseElementList (ELEMLIST *pElemList);
#endif