Daniel Lucrédio

• Abstract

  The need to improve software systems to adapt to the new technologies is a constant topic of research. As computing evolves, new challenges emerge and new solutions must be created. The increasing use of various types of devices for access to sites and software and the ease that the Internet provides the information access, force researchers to keep great efforts improving already develop…

  Late decomposition of applications into services through model-driven engineering, AP.R

• Abstract

  With the popularity of mobile computing platforms, software development faces a new challenge that goes beyond the demand for quality and productivity. In many cases, software must run on multiple platforms and consider differences and limitations of the various existing and future devices. It must also deal with many details related to technological advancements, such as operation in pla…

  A holistic approach for the development of multiplatform software, AP.R

• Abstract

  In Model-Driven Engineering, models are not just paper artifacts that serve to illustrate and communicate ideas. Instead, they are actually used as input to code generators that produce complete applications. As a result, the developer can actuate in a higher abstraction level, obtaining benefits such as improved productivity, quality and maintainability. In this context, the importance o…

  Strategies for automatic code migration in the context of model-driven engineering, AP.R

• Building code generators and integrating them to different cloud platforms for late application distribution, BP.TT
• Building code generators and integrating them to different cloud platforms for late application distribution, BP.TT
• Building a code analyzer and a domain-specific language for late distribution of applications, BP.TT

(Only some records are available in English at this moment)