This paper presents an unsupervised incremental learning approach for activity recognition. Activity recognition is important because ambient intelligent spaces need to recognize the activity of the inhabitant before it can provide the appropriate support or assistance. However, building a knowledgebase of appropriate support is difficult, tedious and expensive. It is not guaranteed to be complete, therefore, it is unable to handle novel situations. In this paper an unsupervised incremental algorithm was used on an 82-hour activity corpus of daily living was gathered by having a male inhabitant occupy the living space for three to four hours at a time. Accuracy is 93.04%
Abstract This study presents incremental learning based methods to personalize human activity recog...
Automated activity recognition systems that use probabilistic models require labeled data sets in tr...
This paper proposes a context driven activity theory (CDAT) and reasoning approach for recognition o...
Proceeding of: European Conference on Artificial Intelligence (ECAI 2010). Lisbon, Portugal, August,...
We investigate how incremental learning of long-term human activity patterns improves the accuracy o...
Identifying human activities is a key task for the development of advanced and effective ubiquitous ...
The recognition of day-to-day activities is a major research subject for the monitoring of health an...
first_pagesettingsOrder Article Reprints Open AccessArticle Incremental Learning of Human Activiti...
Abstract In this study, the aim is to personalize inertial sensor databased human activity recognit...
In this paper, we propose a human daily activity recognition method that is used for Ambient Assiste...
Abstract This study introduces an ensemble-based personalized human activity recognition method rel...
Activity recognition has recently gained a lot of interest and there already exist several methods t...
The activity of the user is one example of context information which can help computer applications ...
This book consists of a number of chapters addressing different aspects of activity recognition, rou...
<p>The mission of the research presented in this thesis is to give computers the power to sense and ...
Abstract This study presents incremental learning based methods to personalize human activity recog...
Automated activity recognition systems that use probabilistic models require labeled data sets in tr...
This paper proposes a context driven activity theory (CDAT) and reasoning approach for recognition o...
Proceeding of: European Conference on Artificial Intelligence (ECAI 2010). Lisbon, Portugal, August,...
We investigate how incremental learning of long-term human activity patterns improves the accuracy o...
Identifying human activities is a key task for the development of advanced and effective ubiquitous ...
The recognition of day-to-day activities is a major research subject for the monitoring of health an...
first_pagesettingsOrder Article Reprints Open AccessArticle Incremental Learning of Human Activiti...
Abstract In this study, the aim is to personalize inertial sensor databased human activity recognit...
In this paper, we propose a human daily activity recognition method that is used for Ambient Assiste...
Abstract This study introduces an ensemble-based personalized human activity recognition method rel...
Activity recognition has recently gained a lot of interest and there already exist several methods t...
The activity of the user is one example of context information which can help computer applications ...
This book consists of a number of chapters addressing different aspects of activity recognition, rou...
<p>The mission of the research presented in this thesis is to give computers the power to sense and ...
Abstract This study presents incremental learning based methods to personalize human activity recog...
Automated activity recognition systems that use probabilistic models require labeled data sets in tr...
This paper proposes a context driven activity theory (CDAT) and reasoning approach for recognition o...