Understanding the software system is known as program comprehension and is a cognitive
process. This cognitive process is the driving force behind creation of software that is easier …

There are different facets of software complexity, some of which have been computed using
widely accepted metrics like cyclomatic complexity, data/information flow metrics, but very …

One of the central problems in software engineering is the inherent complexity. Since
software is the result of human creative activity, cognitive informatics plays an important role …

Cognitive information complexity measure is based on cognitive informatics, which helps in
comprehending the software characteristics. For any complexity measure to be robust …

In software industries, the most important parameter is the exact measurement of the effort at
the early phase of the software development life cycle. To estimate the effort is difficult due to …

Software plays a central role in our life nowadays. We use it almost anywhere, at any time,
and for everything: to browse the Internet, to check our emails, and even to access critical …

A new approach to complexity metrics is described based not on empirical analysis of the
final product, viz. the code, but on an understanding of the cognitive processes of the analyst …

Cognitive Informatics plays an important role in understanding the fundamental
characteristics of software. This paper proposes a model of the fundamental characteristics …

Background: Developers spend a lot of their time on understanding source code. Static code
analysis tools can draw attention to code that is difficult for developers to understand …

Software development is driven by software comprehension. Controlling a software
development process is dependent on controlling software comprehension. Measures of …