The purpose of this Phd is to propose solutions to the graphic processing and storage of interactive simulations in the education sector.
The research focused on the solution of processing problems and the optimization of hardware and software resources. In addition to taking into account the storage in process queue. All this allow the creation of interactive content and simulations.
The study focuses especially on simulations environments, virtual and augmented reality, where the graphic processing capacity is triggered.
The aim is to design a virtualization architecture for the optimization of services and resources that allows the setting up of online environments in order to facilitate the creation, edition and sharing of interactive content in the education sector. This type of environments will make available to the teacher a back-end where to introduce the variables and formulation that will represent the interactive and dynamic example of their explanations.