Cognitive complexity, often neglected initially, becomes a significant challenge as software
systems expand. This article introduces the Cognitive Complexity Analysis and Optimization …

As the complexity of software systems continues to grow, effectively managing this intricacy
becomes paramount. In response, this study introduces the Code Complexity Measuring …

Context: Software developers spend a significant amount of time on reading,
comprehending, and debugging of source code. Numerous software metrics can give us …

This paper presents a comprehensive software complexity metric that integrates Cyclomatic
Complexity with various structural factors to better assess software quality. The newly …

The constant improvement of the available computing power nowadays enables the
accomplishment of more and more complex tasks. The resulting implicit increase in the …

This paper introduces the Aggregated Complexity Index (ACI) metric, a novel metric
designed to address the challenge of accurately measuring complexity in object-oriented …

The measurement of software complexity is a critical component in the development of
modern software systems, directly influencing maintainability, scalability, and reliability. As …

This research introduces the Holistic Cognitive Complexity (HCC) metric, an innovative
object-oriented measurement method evolved from the traditional CB metric to offer a more …

This paper introduces the Extended CB (ECB) metric, a novel approach in software
complexity analysis that addresses limitations in traditional metrics. The ECB metric extends …

This paper introduces a novel software complexity metric tailored for object-oriented
programming called the Weighted Complexity (WC) metric. Addressing the growing …