Abstract. This paper describes a competitive approach developed for an activity recognition challenge. The competition was defined on a new and publicly available dataset of human activities, recorded with smart-phone sensors. This work investigates different feature sets for the activity recognition task of the competition. Moreover, the focus is also on the in-troduction of a new, confidence-based boosting algorithm called ConfAda-Boost.M1. Results show that the new classification method outperforms commonly used classifiers, such as decision trees or AdaBoost.M1.
In this paper, the authors describe a method of accurately detecting human activity using a smartpho...
Many context-aware applications based on activity recognition are currently using mobile phones. Mos...
Background Traditional activity recognition solutions are not widely applicable due to a high cost a...
The study hinged on the human activity recognition on smartphones by using the random forests model ...
Rapid advancement in computing technology brings computers and humans to be seamlessly integrated in...
This paper addresses one of the main challenges in physical activity monitoring, as indicated by rec...
Low-cost inertial and motion sensors embedded on smartphones have provided a new platform for dynami...
The increase of mobile smartphones continues to grow and with it the demand for automation and use o...
Human activity recognition is an emerging field of ubiquitous and pervasive computing. Although rece...
The aim of activity recognition is to determine the physical action being performed by one or more u...
Human activity recognition is increasingly used for medical, surveillance and entertainment applicat...
Human activity recognition (HAR) using smartphones provides significant healthcare guidance for tele...
AbstractThe data gathered by acceleration sensors in smartphones gives different results depending o...
Many context-aware applications based on activity recognition are currently using mobile phones. Mos...
Real-time human activity recognition on a mobile phone is presented in this article. Unlike in most ...
In this paper, the authors describe a method of accurately detecting human activity using a smartpho...
Many context-aware applications based on activity recognition are currently using mobile phones. Mos...
Background Traditional activity recognition solutions are not widely applicable due to a high cost a...
The study hinged on the human activity recognition on smartphones by using the random forests model ...
Rapid advancement in computing technology brings computers and humans to be seamlessly integrated in...
This paper addresses one of the main challenges in physical activity monitoring, as indicated by rec...
Low-cost inertial and motion sensors embedded on smartphones have provided a new platform for dynami...
The increase of mobile smartphones continues to grow and with it the demand for automation and use o...
Human activity recognition is an emerging field of ubiquitous and pervasive computing. Although rece...
The aim of activity recognition is to determine the physical action being performed by one or more u...
Human activity recognition is increasingly used for medical, surveillance and entertainment applicat...
Human activity recognition (HAR) using smartphones provides significant healthcare guidance for tele...
AbstractThe data gathered by acceleration sensors in smartphones gives different results depending o...
Many context-aware applications based on activity recognition are currently using mobile phones. Mos...
Real-time human activity recognition on a mobile phone is presented in this article. Unlike in most ...
In this paper, the authors describe a method of accurately detecting human activity using a smartpho...
Many context-aware applications based on activity recognition are currently using mobile phones. Mos...
Background Traditional activity recognition solutions are not widely applicable due to a high cost a...