Objective of the project

Its main objective is to collect interaction data, since they are key to adapting to the user’s context.
Store information on the geospatial context (the user’s regions of interest) and time (the duration and regularity of the interactions). In this way you can build models with behavior patterns that allow you to identify certain profiles. You can segment a community of users and anticipate their hypothetical actions.

Characteristic

One of its main characteristics is the use at any time of devices or applications that exchange information with the environment. This has changed the traditional way of interacting with systems. Traditionally, the user had to explicitly execute the actions that would allow him to fulfill his objectives at all times.

Currently, however, the proposals based on this paradigm are committed to interaction environments. These environments are made up of sensors that make it possible to identify the context and the purposes that the user demonstrates.

Technological background

The software is made up of context-aware systems that help solve user needs. It achieves this through predictive actions, geolocation and personalized recommendations. In addition, the importance of software quality is becoming more and more decisive.

This project proposes the construction of a software environment that can be adapted and integrated into context sensitive systems. This would allow its quality in use to be automatically evaluated. The software environment will apply artificial intelligence techniques to automatically generate specifications that model the system-user interaction context. This allows the automation of the process of evaluation and optimization of the quality in use, minimizing the costs in personnel.

Projects of this type are in full swing of research and interest. The implementation of these systems suggests that companies in the technology sector must begin to adapt our services. The risk of not doing so is becoming obsolete. It is a priority to generate solutions that automate the systems that interact with the user.

AXPE’s proposed solution is a project that would generate an independent software environment decoupled from any embedded system. This allows its exploitation to automate evaluation processes regardless of the technologies used in its construction.