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 …

As stated by Tom DeMacro, something that cannot be measured is uncontrollable. Thus, a
number of metrics have been developed to measure the complexity associated with software …

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

This paper introduces the Advanced CB (ACB) metric, a novel approach to measuring
software complexity within object-oriented programming environments. Building on the …

This research introduces the Code Complexity Calculator (CCC), an advanced tool
designed to measure software code complexity effectively by integrating the Improved CB …

This paper introduces a novel object-oriented cognitive-based complexity metric termed
Combined Weighted Complexity (CWC), designed to compute the complexity of object …

Due to the wide usage of the object-oriented paradigm as a development paradigm many
researches have proposed metrics to measure the complexity of object-oriented programs …

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

This paper discusses the limitations of the Improved Weighted Composite Complexity
measure, a measure used to determine the cognitive complexity of software systems. This …