Research On Measurement Model Of Military Software Testing Process

Currently,military software and military messaging systems are being continuously developed and broadly implemented on modern warfare,and the quality of military software is gaining more and more attention.The quality of military software is of great practical value,as it directly impacts the quality of weapons and the success or failure of military actions.Through metrics can be assessed quantitatively on the object of metrics to promote progress,most of the current research is concentrated on the software product metrics,the software has been handed over to the finished product,then metrics to find the problem is too late,contrary to the original intention of using metrics to promote improved,and software testing has always played an important part in software quality assurance,the quality of the software product has a high degree of dependence on the quality of the testing process.The quality of the software production has a powerful dependence on the quality of the testing process,and testing is done before the final product hand over,when problems can still be found at a lower cost for improvement,so the study of how to test the process of metrics is of great practical value.The main work and innovation of this paper are as follows:(1)Based on a detailed analysis of the benefits and deficiencies of existing test process models,this paper presents a process-driven military software test process model under the guidance of relevant national/military standards,which includes four sub-processes of the military software test process and offers an important foundation for subsequent test process metrics.(2)On the basis of the GQM model,a comprehensive index extraction of the four processes included in the military software testing process was established,and a metric index system contained 31 indexes was built to provide guidance for the adequate and effective obtaining of process data.(3)On the foundation of fully analyzing the existing assignment approaches,the PCA method in the objective assignment approach and the AHP method in the subjective assignment method are selected,and then the weights of both methods are combined by using the principle of minimum entropy,and a combined assignment method combining the strengths of both methods is presented.The experiments indicate that the metric results obtained by this metric model for testing process metrics are very near to the real case and can provide some reference for military software improvement.