In the last years, researchers and energy utilities are showing a rising interest in the study and definition of actual buildings’ energy uses. A key aspect of this investigation is the description of daily energy use patterns and their variability over the time. This paper discusses the application of machine learning techniques for pattern recognition with the implementation of a Self-Organizing Map (SOM) algorithm coupled with a k-means clustering algorithm on a dataset of registered electrical energy use in a residential building located in Milan. In the study, five clusters emerged with different daily patterns, that can be ascribed to different uses of electric appliances by people inside the flats
This study presents a novel approach for discovering actionable knowledge and exploring data-based m...
Human activity recognition is challenging without compromising users’ privacy and burdening them wit...
The correct analysis of energy consumption by home appliances for future energy management in reside...
In the last years, researchers and energy utilities are showing a rising interest in the study and d...
Ensuring that the energy need predicted by energy modelling corresponds to the actual energy need, w...
In this paper, we propose to model the behaviors of Moroccan consumers in terms of energy consumptio...
The present-day advances in technologies provide the opportunities to pave a road from conventional ...
As the amount of collected and analysed data for electricity usage from buildings is increasing it b...
The study of energy consumption across various building clusters offers a path to discerning intrica...
This paper presents a novel framework for the identification of different consumption patterns of he...
The world community aims toward lowering thedependency of energy from fossil fuels, due to its negat...
The purpose of this thesis is to investigate how data from a residential property owner can be utili...
The focus of this thesis is the development of a residential end-use energy estimation model which i...
As with many other sectors, to improve the energy performance and energy neutrality requirements of ...
Master's thesis in Computer scienceThe need to change the source of electricity generation is appare...
This study presents a novel approach for discovering actionable knowledge and exploring data-based m...
Human activity recognition is challenging without compromising users’ privacy and burdening them wit...
The correct analysis of energy consumption by home appliances for future energy management in reside...
In the last years, researchers and energy utilities are showing a rising interest in the study and d...
Ensuring that the energy need predicted by energy modelling corresponds to the actual energy need, w...
In this paper, we propose to model the behaviors of Moroccan consumers in terms of energy consumptio...
The present-day advances in technologies provide the opportunities to pave a road from conventional ...
As the amount of collected and analysed data for electricity usage from buildings is increasing it b...
The study of energy consumption across various building clusters offers a path to discerning intrica...
This paper presents a novel framework for the identification of different consumption patterns of he...
The world community aims toward lowering thedependency of energy from fossil fuels, due to its negat...
The purpose of this thesis is to investigate how data from a residential property owner can be utili...
The focus of this thesis is the development of a residential end-use energy estimation model which i...
As with many other sectors, to improve the energy performance and energy neutrality requirements of ...
Master's thesis in Computer scienceThe need to change the source of electricity generation is appare...
This study presents a novel approach for discovering actionable knowledge and exploring data-based m...
Human activity recognition is challenging without compromising users’ privacy and burdening them wit...
The correct analysis of energy consumption by home appliances for future energy management in reside...