Sistema embarcado de controle de navegação terrestre aplicativo ‘FuelLog’

Abstract

Fuel consumption control is a constant concern for drivers and fleet managers, as it represents a significant operational cost for companies and individuals. Furthermore, energy efficiency and the reduction of pollutant gas emissions are also increasingly important environmental concerns in the automotive sector. Therefore, optimizing the efficiency of automotive vehicle fuel consumption assumes considerable relevance in a global context characterized by natural resource scarcity and the growing demand of individuals to reduce their environmental impact while seeking daily savings.

In this scenario, the search for solutions aimed at reducing fuel consumption and pollutant gas emissions becomes increasingly relevant. In this sense, the development of an Android application for fuel consumption control embedded in a vehicle presents itself as a viable and efficient solution for managing fuel expenses and promoting energy efficiency and the reduction of pollutant gas emissions.

Requirements analysis based on ISO 25010 and use case modeling through UML are important techniques for the development of a quality application, as they allow for the identification of essential user requirements and the clear and objective modeling of software functionalities. Thus, the present work plan aims to develop an Android application for fuel consumption control embedded in a vehicle using these techniques, as well as techniques inspired by them, in order to provide users with an efficient and user-friendly tool for fuel consumption control and to contribute to the improvement of energy efficiency and the reduction of pollutant gas emissions.