Software system quality is strongly affected by the organizational structure and collaboration
across developers. Effective and loosely coupled organization structures reflect the high …

For traditional modular software systems,“high cohesion, low coupling” is a recommended
setting while it remains so for microservice architectures. However, coupling phenomena …

[Context] Coupling is a widely discussed metric by software engineers while developing
complex software systems, often referred to as a crucial factor and symptom of a poor or …

Background: Over the past decade, microservices have surged in popularity within software
engineering. From a research viewpoint, mining studies are frequently employed to assess …

Microservice Architectures (MSA) provide flexibility and scalability in software development.
However, accurately measuring the level of interdependence among Microservices …

With the soaring popularity of microservices, practitioners have realized that the key to
success lies more in the management of people than in the architecture itself. Due to the …

When implementing a software system, two crucial metrics come into play: the degree of
interdependence between modules, known as coupling, and the extent to which the …

Microservices enable different teams to develop and deploy services independently.
Practitioners are frequently mentioning the need for independence between teams and …

Microservices architecture has emerged as a dominant model for designing cloud-based
applications. In this architecture, modular and heterogeneous services, independently …