CONSTRUCTION OF A KNOWLEDGE MANAGEMENT SYSTEM MODEL (KMS) FOR SOLVING PROBLEMS OF APCS DEVELOPMENT

Krutokhvostov Igor Grigorievich, Krutokhvostov Denis Grigorievich

the context of the constant development of APCS technologies, a shortage of qualified engineers and stricter requirements for safety and reliability, the need for systematic work with engineering knowledge is increasing. In accordance with modern requirements, the task of introducing effective knowledge management systems (Knowledge Management Systems) into APCS production processes is becoming more and more important. The purpose of this work is to substantiate and empirically evaluate the effect of introducing a knowledge management system (KMS) into the APCS software development process by proposing a model that takes into account the specifics of working with APCS software projects. The article proposes a target architecture of a knowledge management system (KMS) for APCS software development, focused on the reuse of engineering data, reducing the time spent on information search and improving the quality of solutions. To solve this problem, the following knowledge management models are considered: SECI, Wiig, Probst, and also the stages of knowledge dissemination in the context of APCS software development are described. Based on the considered knowledge management models, a four-layer conceptual model of a knowledge management system (KMS) is proposed. For each level, a functional purpose and data sources are defined. A list of formalized KMS performance metrics has been compiled, which allow for a quantitative assessment of the effectiveness of the KMS knowledge management system.

Keywords:knowledge management system, KMS, KMS.