Model-Driven Engineering a new software development paradigm concept. The paradigm predicts that software development core artifact ceases to be the code and becomes the models and software architecture. The concept does ...

The scientific software development has particularities that, frequently, differ from usual rules in commercial software production. The emerging requirements that appear while the development process is running, needs for ...

Software inspection is a key activity of software quality assurance that can be applied in the whole development process since it is a static activity essentially based on reading. Depending on the artifact that is being ...

The search for the quality of software in the current days became one practical, at least, necessary for the importance of the attributions that we give to them. Each time we depend more and more from software, for the ...

Software development organizations are involved in different scenarios with distinct projects in relation to specific project characteristics and demands. There isn´t a software process model appropriate for all projects ...

This work is about the development of the ImageTest methodology which is dedicaded to applications that envelop transformations in the color space. This methodology describes the development and applications process of ...

In software engineering, it is necessary to consider indicators related to quality, such as: effort, productivity, time and cost of development in order to achieve an effective project control. These indicators are negatively ...

Game development presents more challenges as this type of software becomes more complex and detailed. As in the development of traditional software, this growth in scope incurs in a development process that costs more and ...

The methodologies currently used by startups for market discovery and software development focus on a more agile and fast development, aiming to obtain learning about the potential market. Often, these methodologies set ...

Software reuse aims to increase productivity and to decrease time-to-market, through work optimization and avoiding effort duplication. In this context, two areas arise: Software Components and Computer-Aided Software ...