COHESION AS A TECHNOLOGICAL QUALITY INDICATOR IN THE DEVELOPMENT AND MODIFICATION OF COMPLEX SYSTEMS
DOI:
https://doi.org/10.34185/1991-7848.itmm.2026.01.034Keywords:
software, information system, software architecture, connectivity, ontologies, complex systems, production systems, organisational structuresAbstract
This paper examines cohesion as one of the key technological quality indicators in the development and modification of complex systems. Its role in the structural organization of software and its impact on system understandability, maintainability, and flexibility are analyzed. The relationship between cohesion, coupling, and system size is demonstrated, and the importance of achieving high cohesion with low inter-component dependencies is substantiated. Particular attention is given to the manifestation of cohesion in ontological modeling and organizational systems, including manufacturing and university environments. It is shown that a high level of cohesion ensures system integrity, simplifies its modification, and enhances operational efficiency.
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