The size and complexity of industrial strength software systems are constantly increasing.
This means that the task of managing a large software project is becoming even more …

Many automated techniques of varying accuracy have been developed to help recover the
architecture of a software system from its implementation. However, rigorously assessing …

Software architecture is the heart of web-based software systems determining its
components and their connections. These days, fast release and quick delivery of next …

A predictive compiler uses properties of a program to decide how to optimize it. The compiler
is trained on a collection of programs to derive a model which determines its actions in face …

In this paper, we propose an architecture model called Design Rule Space (DRSpace). We
model the architecture of a software system as multiple overlapping DRSpaces, reflecting …

Over the past three decades software engineering researchers have produced a wide range
of techniques and tools for understanding the architectures of large, complex systems …

Clustering is a useful technique to group data entities. Many different algorithms have been
proposed for software clustering. To combine the strengths of various algorithms …

Software features often span multiple directories and conceptual modules making the
extraction of feature architectures difficult. In this work, we extract a feature toggle …

Clustering techniques are used for extracting software architecture in reverse engineering
process. Extracting the Call Dependency Graph (CDG) from the source code is the first step …

Context Component identification during software design phase denotes a process of
partitioning the functionalities of a system into distinct components. Several component …