The development of activity recognition techniques relies on the availability of datasets of gestures to train and validate the proposed methods. In this work we introduce and describe a new dataset for activity recognition. The dataset is made up of 8 scenarios from everyday life and includes 17 activities composed of a total of 64 gestures. Each scenario has been repeated 10 times by 2 users. All activities and gestures are labeled. 5 different sensing modalities are implemented by using body worn and environmental sensors and smart objects. The paper describes our considerations in setting up the testbed and performing the experiments to record the dataset, our experiences with recording the data and discusses possible research questions...
Activity recognition deals with the task of figuring out a person’s current activity based on the re...
In Ambient Intelligence (AmI), the activity a user is engaged in is an essential part of the context...
Supervised activity recognition algorithms require labeled data to train classification models. Labe...
In this thesis we use algorithms on data from body-worn sensors to detect physical gestures and acti...
This paper proposes a data-driven method for constructing materials to be used in a probabilistic kn...
This thesis investigates the use of wearable sensors to recognize human activity. The activity of th...
The rapid growing of the population age in industrialized societies calls for advanced tools to cont...
Abstract Technological advances enable the inclusion of miniature sensors (e.g., accelerometers, gy...
This work presents a model for human activity recognition, through an IoT paradigm, using location a...
The last 20 years have seen an ever increasing research activity in the field of human activity reco...
Abstract. Smart homes have a user centered design that makes human activity as the most important ty...
Abstract. The use of body-worn sensors for recognizing a person’s context has gained much popularity...
The study of human mobility and activities has opened up to an incredible number of studies in the p...
Activity classification from smart environment data is typically done employing ad hoc solutions cus...
The aim of activity recognition is to determine the physical action being performed by one or more u...
Activity recognition deals with the task of figuring out a person’s current activity based on the re...
In Ambient Intelligence (AmI), the activity a user is engaged in is an essential part of the context...
Supervised activity recognition algorithms require labeled data to train classification models. Labe...
In this thesis we use algorithms on data from body-worn sensors to detect physical gestures and acti...
This paper proposes a data-driven method for constructing materials to be used in a probabilistic kn...
This thesis investigates the use of wearable sensors to recognize human activity. The activity of th...
The rapid growing of the population age in industrialized societies calls for advanced tools to cont...
Abstract Technological advances enable the inclusion of miniature sensors (e.g., accelerometers, gy...
This work presents a model for human activity recognition, through an IoT paradigm, using location a...
The last 20 years have seen an ever increasing research activity in the field of human activity reco...
Abstract. Smart homes have a user centered design that makes human activity as the most important ty...
Abstract. The use of body-worn sensors for recognizing a person’s context has gained much popularity...
The study of human mobility and activities has opened up to an incredible number of studies in the p...
Activity classification from smart environment data is typically done employing ad hoc solutions cus...
The aim of activity recognition is to determine the physical action being performed by one or more u...
Activity recognition deals with the task of figuring out a person’s current activity based on the re...
In Ambient Intelligence (AmI), the activity a user is engaged in is an essential part of the context...
Supervised activity recognition algorithms require labeled data to train classification models. Labe...