public double ComputeSmoothedWordProbability(string u, string v, string w, int nGramCount, int n_1_gramCount, int uniqueNGrams)
{
var collectionProb = CollectionLevelLanguageModel.ComputeWordProbability(null, null, w);
var dirichletProb = (nGramCount + M * collectionProb) / (n_1_gramCount + M);
return((1 - L) * dirichletProb + L * collectionProb);
}
public double ComputeSmoothedWordProbability(string u, string v, string w, int nGramCount, int n_1_gramCount, int uniqueNGrams)
{
double qMlWcat = (nGramCount * 1.0) / (n_1_gramCount);
qMlWcat = double.IsFinite(qMlWcat) ? qMlWcat : 0.0;
double qMlWcollection = CollectionLevelLanguageModel.ComputeWordProbability(null, null, w);
qMlWcollection = double.IsFinite(qMlWcollection) ? qMlWcollection : 0.0;
return((1 - L) * qMlWcat + L * qMlWcollection);
}
public double ComputeSmoothedWordProbability(string u, string v, string w, int nGramCount, int n_1_gramCount, int uniqueNGrams)
{
return((Math.Max(nGramCount - D, 0) + D * uniqueNGrams * CollectionLevelLanguageModel.ComputeWordProbability(null, null, w)) / n_1_gramCount);
}
public double ComputeSmoothedWordProbability(string u, string v, string w, int nGramCount, int n_1_gramCount, int uniqueNGrams)
{
return((nGramCount + M * CollectionLevelLanguageModel.ComputeWordProbability(null, null, w)) / (n_1_gramCount + M));
}