FEATURES OF THE LIFE CYCLE PROCESSES OF THE SOFTWARE FOR MEASURING EQUIPMENT
Abstract
The article presents the results of comparative analysis to establish the main components of the software life cycle for measuring instruments (MI). Both basic international software engineering standards and specific international and regional documents for MI software were used for these studies. The results of the comparative analysis of the software life cycles for the MI allow both the developer of such software and its customer or consumer to focus on the most important stages for this software.
The peculiarity of the MI software is that the result of the adoption of such software is a successfully tested MI, the software of which is a component of this MI. MI software testing is a component of acceptance tests of the MI itself, as a result of which this MI is accepted. Only upon successful completion of all necessary inspections of MI software can it be stated that the overall quality assessment of MI software has been completed.
Consideration of specific software requirements for MIs is extremely important at such stages of the life cycle as the processes of system requirements analysis, software requirements analysis and software suitability testing. At the stage of formation of requirements for MI software, not only the general requirements for MI software (built into MI, installed on universal computers), but also specific requirements for the components of such software should be taken into account. For MI software, it is necessary to establish the level of division of software into legally significant and other parts, the degree of verification of software reading, storage devices and data transmission devices.
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