NER dedection using standford NER

import edu.stanford.nlp.ie.AbstractSequenceClassifier;

import edu.stanford.nlp.ie.crf.CRFClassifier;

import java.util.ArrayList;

public class nameEntities {

public static String serializedClassifier = "./res/ner-eng-ie.crf-4-conll.ser.gz";

public static AbstractSequenceClassifier classifier = CRFClassifier.getClassifierNoExceptions(serializedClassifier);

public static ArrayList findNamedEntity(String sentance)

{

ArrayList arr=new ArrayList();

try {

String taggedSentance=classifier.testStringInlineXML(sentance);

String temp="";

while(taggedSentance.contains(""))

{

temp=taggedSentance.substring(taggedSentance.indexOf(""), taggedSentance.indexOf("")+"".length());

taggedSentance=taggedSentance.replace(temp, "");

arr.add(temp.trim());

}

while(taggedSentance.contains(""))

{

temp=taggedSentance.substring(taggedSentance.indexOf(""), taggedSentance.indexOf("")+"".length());

taggedSentance=taggedSentance.replace(temp, "");

arr.add(temp.trim());

}

while(taggedSentance.contains(""))

{

temp=taggedSentance.substring(taggedSentance.indexOf(""), taggedSentance.indexOf("")+"".length());

taggedSentance=taggedSentance.replace(temp, "");

arr.add(temp.trim());

}

while(taggedSentance.contains(""))

{

temp=taggedSentance.substring(taggedSentance.indexOf(""), taggedSentance.indexOf("")+"".length());

taggedSentance=taggedSentance.replace(temp, "");

arr.add(temp.trim());

}

} catch (Exception e) {

e.printStackTrace();

}

return arr;

}

}