Research examines reliability using a Pure Object Language Core in nuclear physics applications, suggesting enhanced dependability.
In nuclear physics the use of object oriented programming languages is continuously growing. Object programming is used in the development of data analysis frameworks such as ROOT from CERN and the SMI++ one used by DELPHI experiment. The object programming languages allow a rapid and flexible development of the data analysis software and acquisition control code, and a reduction of development and maintenance costs, because each system is viewed as a collection of objects. However the use of object oriented programming in the development of dependable systems introduces the reliability problem. To solve this problem a Pure Object Language Core (POLC) has been studied, based on the formal theory of the objects. In the present work this study is discussed. An example of application based on an optimum digital filter for gamma high resolution spectroscopy is presented.
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Sassi Matteo (2004) studied this question.
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