military computing; tree based classification model; military software systems analysis; tactical military software; software function; mission critical; military personnel; tree based modeling method; fault prone software modules; Joint Surveillance Target Attack Radar System; JSTPARS; large tactical military system; decision tree model; software product metrics; spiral life cycle; fault prone modules; highly reliable final product; fault prone class; TREED-ISC algorithm; CHAID algorithm; independent variables; chi squared tests; statistically significant relationships
(xsd:string)