The smartphone revolution has significantly changed our daily lives, offering a wide range of functionalities; from the ability to order food delivery in a few seconds, to the usability of finding our way around in a new city using a map application. However, the introduction of smartphones and tablets generates new challenges such as the limited battery autonomy to power and keep all these components and applications operational. Therefore, optimal and efficient energy management of the smartphone's resources becomes critical. In this approach, it is important to assess the energy consumption of the components, and further more to suggest improvements to these in a context where software developers are running out of tools to efficiently fight energy-drains. Indeed, this field of research is still in full growth and existing solutions are either not yet ready or not standardized. This state of the art explores and analyses the smartphone ecosystem, its open problems and challenges in the domain of energy consumption. Furthermore, it evaluates the different solutions that have a promising future in the field of analysis, estimation and optimization of the energy consumption of mobile applications. This paper finally summarizes the different approaches, their achievements, their contributions to the field and the possibilities for future work.
| la date de réponse | 23 juin 2020 |
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| langue originale | Anglais |
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| L'institution diplômante | |
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| Superviseur | Wim Vanhoof (Promoteur) |
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Techniques for analyzing and optimizing the energy consumption in (mobile) applications
Roosens, S. (Auteur). 23 juin 2020
Student thesis: Master types › Master en sciences informatiques