public static void Main(string[] args)
{
var smsCollection = new DataReader($@"{Environment.CurrentDirectory}\Data\SMSSpamCollection").Read();
var trainingData = smsCollection.Skip(1000);
var verificationData = smsCollection.Take(1000);
ITokenizer tokenizer = new ToLowerWordsTokenizer();
var classifier = new NaiveBayes(tokenizer);
IVocabularyGenerator vacabulary = new TopWordsVocabulary();
classifier.Train(trainingData.ToArray(), vacabulary.GetVocabulary(tokenizer, trainingData));
Evaluate(classifier, verificationData);
Console.WriteLine("___________________________________");
trainingData = smsCollection.Take(4800);
verificationData = smsCollection.Skip(4800);
tokenizer = new WordsTokenizer();
classifier.Train(trainingData.ToArray(), new string[] { "FREE", "txt", "car", "call", "i", "mobile", "you", "me" });
Evaluate(classifier, verificationData);
Console.ReadKey();
}
public static void Main(string[] args)
{
var smsCollection = new DataReader($@"{Environment.CurrentDirectory}\Data\SMSSpamCollection").Read();
var trainingData = smsCollection.Skip(1000);
var verificationData = smsCollection.Take(1000);
var tokenizer = new WordsTokenizer();
Run("Using HAM classifier ... ", () =>
{
var hamClassifier = new HamClassifier();
Evaluate(hamClassifier, verificationData);
});
Run("Using Primitive classifier ... ", () =>
{
var primitiveSpamClassifier = new PrimitiveSpamClassifier();
Evaluate(primitiveSpamClassifier, verificationData);
});
Run("Using Primitive Naive Bayer classifier #1 (automatic token selection - 30 most popular tokens) ... ", () =>
{
var naiveBayesClassifier = new NaiveBayes(tokenizer);
naiveBayesClassifier.Train(trainingData.ToArray(), new TopWordsVocabulary().GetVocabulary(tokenizer, trainingData));
Evaluate(naiveBayesClassifier, verificationData);
});
Run("Using Primitive Naive Bayer classifier #2 (manually selected tokens) ... ", () =>
{
var naiveBayesClassifier = new NaiveBayes(tokenizer);
naiveBayesClassifier.Train(trainingData.ToArray(), new [] { "FREE", "txt", "car", "call", "i", "mobile", "you", "me" });
Evaluate(naiveBayesClassifier, verificationData);
});
Console.WriteLine("Press any key to terminate.");
Console.ReadKey();
}