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Towards network-wide energy estimation for adaptive embedded systems
This paper discusses the next steps towards how system developers can easily and accurately evaluate the impact of their system design choices on energy consumption during the early stages of the design process. To do this, energy estimations in every phase of system development are necessary. Our research focuses on adaptive systems, where applications are activated according to the actual need. In this paper we present an approach which derives the energy consumption per application using a combination of energyrelevant software and hardware parameters. The aim is to create energy building blocks for applications to estimate the energy consumption of a system with multiple pplications running on it. This approach utilizes the high environmental interaction of embedded systems where sensors and actors consume more energy than CPUs. The granularity of the energy estimation is the application level, due to focusing on adaptive systems.
Towards network-wide energy estimation for adaptive embedded systems
This paper discusses the next steps towards how system developers can easily and accurately evaluate the impact of their system design choices on energy consumption during the early stages of the design process. To do this, energy estimations in every phase of system development are necessary. Our research focuses on adaptive systems, where applications are activated according to the actual need. In this paper we present an approach which derives the energy consumption per application using a combination of energyrelevant software and hardware parameters. The aim is to create energy building blocks for applications to estimate the energy consumption of a system with multiple pplications running on it. This approach utilizes the high environmental interaction of embedded systems where sensors and actors consume more energy than CPUs. The granularity of the energy estimation is the application level, due to focusing on adaptive systems.
Towards network-wide energy estimation for adaptive embedded systems
Heinrich, Patrick (Autor:in)
01.01.2013
Fraunhofer ESK
Aufsatz (Konferenz)
Elektronische Ressource
Englisch
DDC:
690
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