Features of the QFD method in the development of software and hardware complexes for controlling groupings of unmanned aerial vehicles

Abstract

In the practical implementation of projects for the development of software and hardware complexes for managing unmanned aerial vehicle groupings within the SCRUM technological system, not only issues of a systematic and logical determination of the architectural and technological aspects of the quality of the hardware platform and software being developed are important, but also the effective development of specific recommendations on quality improvement measures in the current process conditions. The method of developing recommendations on ensuring the quality of the isolated components of the software and hardware complexes for controlling the groupings of unmanned aerial vehicles, which in essence is the correct localization of the method of structuring the quality functions (Quality Function Deployment: QFD method) to the subject area of development and creation, is aimed precisely at ensuring the indicated efficiency hardware-software complexes, software within the framework of the SCRUM technological system.

Product Quality Planning in Laser Metal Processing Based on Open Innovation Using Quality Function Deployment

“…Recent advances in the research and application of the QFD method are related to work in the field of services and integrated results, such as the product-service system (PSS) [30]. In Russia, the first introduction to the QFD method took place after the publication of articles by J. McElroy, and the study and application of this method in the Russian industry are reflected in the literature [31][32][33]. The lack of research papers on the application of QFD in the laser processing of metals is associated with a poor elaboration of the basic parameters of laser processing and a link with consumer requirements taken into account when planning the quality of products.…”