ReLiS: un outil flexible pour réaliser des revues systématiques itératives et collaboratives
Systematic Reviews (SR) provide a rigorous method to find and analyze the literature evidence relating to a particular topic of interest. Conducting SR is known to be an effort intensive and time-consuming endeavor that requires a properly documented protocol and several iterations to setup right. It follows a systematic process to achieve repeatable, unbiased and complete outcomes.  Tools that help automate some tasks of the process are of tremendous value for researchers. However, important features related the conduction of SR in a collaborative and iterative way are still lacking in existing tools. In this thesis we present ReLiS, a tool to automatically install and configure SR projects to conduct them collaboratively and iteratively on the cloud. ReLiS is engineered following a model-driven development approach. It features a domain-specific modeling editor tailored for researchers who perform SR and an architecture that enables on-the-fly installation and (re)configuration of multiple concurrently running SR projects.
Systematic literature review Systematic mapping study Model-driven development Automatic installation Software engineering