This report documents the program and the outcomes of Dagstuhl Seminar 12492 "Human Activity Recognition in Smart Environments". We established the basis for a scientific community surrounding "activity recognition" by involving researchers from a broad range of related research fields. 30 academic and industry researchers from US, Europe and Asia participated from diverse fields including pervasive computing, over network analysis and computer vision to human computer interaction. The major results of this Seminar are the creation of a activity recognition repository to share information, code, publications and the start of an activity recognition book aimed to serve as a scientific introduction to the field. In the following, we go into ...
Many real-world applications, which are focused on addressing the needs of a human, require informat...
Human activity recognition is an important area of research in today’s complex world as it can be ap...
Maekawa T., Xia Q., Otsuka R., et al. Recent Trends in Sensor-based Activity Recognition. Proceeding...
The rise of ubiquitous computing systems in our environment is engendering a strong need for novel a...
This book consists of a number of chapters addressing different aspects of activity recognition, rou...
The rise of ubiquitous computing systems in our environment is engendering a strong need for novel a...
The rise of ubiquitous computing systems in our environment is engendering a strong need for novel a...
The rise of ubiquitous computing systems in our environment is engendering a strong need for novel a...
The goal of human activity recognition (HAR) is to identify activities based on a series of observa...
Activity recognition has emerged as a challenging and high-impact research field, as over the past y...
Abstract—In this paper we discuss the current situation of the activity recognition research field. ...
The aim of activity recognition is to determine the physical action being performed by one or more u...
Abstract The recognition of complex and subtle human behaviors from wearable sensors will enable nex...
Human activity recognition is an important area of research in today’s complex world as it can be ap...
Many real-world applications, which are focused on addressing the needs of a human, require informat...
Many real-world applications, which are focused on addressing the needs of a human, require informat...
Human activity recognition is an important area of research in today’s complex world as it can be ap...
Maekawa T., Xia Q., Otsuka R., et al. Recent Trends in Sensor-based Activity Recognition. Proceeding...
The rise of ubiquitous computing systems in our environment is engendering a strong need for novel a...
This book consists of a number of chapters addressing different aspects of activity recognition, rou...
The rise of ubiquitous computing systems in our environment is engendering a strong need for novel a...
The rise of ubiquitous computing systems in our environment is engendering a strong need for novel a...
The rise of ubiquitous computing systems in our environment is engendering a strong need for novel a...
The goal of human activity recognition (HAR) is to identify activities based on a series of observa...
Activity recognition has emerged as a challenging and high-impact research field, as over the past y...
Abstract—In this paper we discuss the current situation of the activity recognition research field. ...
The aim of activity recognition is to determine the physical action being performed by one or more u...
Abstract The recognition of complex and subtle human behaviors from wearable sensors will enable nex...
Human activity recognition is an important area of research in today’s complex world as it can be ap...
Many real-world applications, which are focused on addressing the needs of a human, require informat...
Many real-world applications, which are focused on addressing the needs of a human, require informat...
Human activity recognition is an important area of research in today’s complex world as it can be ap...
Maekawa T., Xia Q., Otsuka R., et al. Recent Trends in Sensor-based Activity Recognition. Proceeding...