This paper proposes a context driven activity theory (CDAT) and reasoning approach for recognition of concurrent and interleaved complex activities of daily living (ADL) which involves no training and minimal annotation during the setup phase. We develop and validate our CDAT using the novel complex activity recognition algorithm on two users for three weeks. The algorithm accuracy reaches 88.5% for concurrent and interleaved activities. The inferencing of complex activities is performed online and mapped onto situations in near real-time mode. The developed systems performance is analyzed and its behavior evaluatedValiderad; 2011; 20111116 (andbra
This paper proposes a situation and context-aware complex activity recognition system where we use o...
This paper proposes a situation and context-aware complex activity recognition system where we use o...
This paper proposes a situation and context-aware complex activity recognition system where we use o...
This paper proposes a context driven activity theory (CDAT) and reasoning approach for recognition o...
This paper proposes a context driven activity theory (CDAT) and reasoning approach for recognition o...
This paper proposes a context driven activity theory (CDAT) and reasoning approach for recognition o...
This paper proposes a context driven activity theory (CDAT) and reasoning approach for recognition o...
Human activity recognition using sensing technology is crucial in achieving pervasive and ubiquitous...
Human activity recognition using sensing technology is crucial in achieving pervasive and ubiquitous...
Human activity recognition using sensing technology is crucial in achieving pervasive and ubiquitous...
Human activity recognition using sensing technology is crucial in achieving pervasive and ubiquitous...
Human activity recognition using sensing technology is crucial in achieving pervasive and ubiquitous...
Human activity recognition using sensing technology is crucial in achieving pervasive and ubiquitous...
Abstract—This paper introduces a knowledge-driven approach to real-time, continuous activity recogni...
This paper introduces a knowledge-driven approach to real-time, continuous activity recognition base...
This paper proposes a situation and context-aware complex activity recognition system where we use o...
This paper proposes a situation and context-aware complex activity recognition system where we use o...
This paper proposes a situation and context-aware complex activity recognition system where we use o...
This paper proposes a context driven activity theory (CDAT) and reasoning approach for recognition o...
This paper proposes a context driven activity theory (CDAT) and reasoning approach for recognition o...
This paper proposes a context driven activity theory (CDAT) and reasoning approach for recognition o...
This paper proposes a context driven activity theory (CDAT) and reasoning approach for recognition o...
Human activity recognition using sensing technology is crucial in achieving pervasive and ubiquitous...
Human activity recognition using sensing technology is crucial in achieving pervasive and ubiquitous...
Human activity recognition using sensing technology is crucial in achieving pervasive and ubiquitous...
Human activity recognition using sensing technology is crucial in achieving pervasive and ubiquitous...
Human activity recognition using sensing technology is crucial in achieving pervasive and ubiquitous...
Human activity recognition using sensing technology is crucial in achieving pervasive and ubiquitous...
Abstract—This paper introduces a knowledge-driven approach to real-time, continuous activity recogni...
This paper introduces a knowledge-driven approach to real-time, continuous activity recognition base...
This paper proposes a situation and context-aware complex activity recognition system where we use o...
This paper proposes a situation and context-aware complex activity recognition system where we use o...
This paper proposes a situation and context-aware complex activity recognition system where we use o...