Abstract
Information technology that is proposed to solve the problem of a short term planning (static problem statement) for quality improvement of the software development process based on the CMMI model, which is a maturity model. The model of the short-term planning for quality improvement of the software development process is used. Three statements of static tasks for this model are proposed. The solution to this task determines the target profile, which specifies the profile that is obtained as a result of the dynamic task solving and the target profile is in itself the input information for dynamic task that can be used in further work.
Highlights
Nowadays, the software development process (SF DP) has reached a high level of complexity
There is a problem of support and improvement of the development process quality. It was invented a lot of ways to make the SF DP modular, which were designed to reduce its complexity and provide an opportunity to assess its current state
CMMI is the technology of maturity models that provides a description of how the SF DP should look, but does not answer the question: "How to achieve a specified maturity level?" currently this area of knowledge does not have appropriate level of formalization
Summary
The software development process (SF DP) has reached a high level of complexity. There are different approaches for determining the quality of SF DP, such as the standard ISO 9001, ISO / IEC 15504 TR (Software Process Improvement and Capability Determination (SPICE)), CMMI, and others They allow only verbal level to assess the maturity (quality) of SF DP. From the point of view of decision making theory, each alternative quality improvement option is determined by three generalized indicators: the degree of the goal achievement, the resources needed to achieve the goal and the time necessary for the task the solution. 2. It is necessary to find a compromise solution regarding the utility function groups V1 and V2 (the target profile achievement degree and the integrated resources). The results of solving test cases for the third task statement are given below
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