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|Abstract=This note aims at supporting research on Building Energy Management (BEM), which addresses the active optimization of energy consumption patterns of buildings. For the practical evaluation of BEM algorithms, communication with devices in the building is required. Therefore, it is common to set up a Hardware Abstraction Layer (HAL), i.e. a software that is able to interact with the devices, but also provides a unified interface for external components like optimization algorithms. However, implementing HAL applications often causes a significant effort using state of the art software, especially if the encountered devices make it necessary to develop custom software components to establish communication. In this paper we present the BEMCom framework as an alternative. | |Abstract=This note aims at supporting research on Building Energy Management (BEM), which addresses the active optimization of energy consumption patterns of buildings. For the practical evaluation of BEM algorithms, communication with devices in the building is required. Therefore, it is common to set up a Hardware Abstraction Layer (HAL), i.e. a software that is able to interact with the devices, but also provides a unified interface for external components like optimization algorithms. However, implementing HAL applications often causes a significant effort using state of the art software, especially if the encountered devices make it necessary to develop custom software components to establish communication. In this paper we present the BEMCom framework as an alternative. | ||
|Link=https://energy.acm.org/eir/bemcom-a-framework-for-the-efficient-creation-of-hardware-abstraction-layers-for-building-energy-management/ | |Link=https://energy.acm.org/eir/bemcom-a-framework-for-the-efficient-creation-of-hardware-abstraction-layers-for-building-energy-management/ | ||
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{{Forschungsgebiet Auswahl | {{Forschungsgebiet Auswahl | ||
|Forschungsgebiet=Energieinformatik | |Forschungsgebiet=Energieinformatik | ||
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Aktuelle Version vom 29. Juni 2022, 09:06 Uhr
BEMCom: a framework for the efficient creation of hardware abstraction layers for building energy management
BEMCom: a framework for the efficient creation of hardware abstraction layers for building energy management
Veröffentlicht: 2022 Februar
Journal: ACM SIGENERGY Energy Informatics Review
Nummer: 1
Seiten: 20-25
Verlag: ACM
Volume: 2
Referierte Veröffentlichung
Kurzfassung
This note aims at supporting research on Building Energy Management (BEM), which addresses the active optimization of energy consumption patterns of buildings. For the practical evaluation of BEM algorithms, communication with devices in the building is required. Therefore, it is common to set up a Hardware Abstraction Layer (HAL), i.e. a software that is able to interact with the devices, but also provides a unified interface for external components like optimization algorithms. However, implementing HAL applications often causes a significant effort using state of the art software, especially if the encountered devices make it necessary to develop custom software components to establish communication. In this paper we present the BEMCom framework as an alternative.
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