In activity recognition techniques, existing wearable sensors have a problem performing the
recognition process. Because existing wearable sensors perform recognition process by …

Human activity recognition through the wearable sensor will enable a next-generation
human-oriented ubiquitous computing. However, most of research on human activity …

Understandings of human activity through wearable sensors will enable the next-generation
human-oriented computing. However, most of researches on the activity recognition so far …

Smartphones are ubiquitous and becoming more and more sophisticated, with ever-growing
computing, networking and sensing powers. How can we help the users form a healthy habit …

In the area of activity recognition, many systems using accelerometers have been proposed.
Common method for activity recognition requires raw data labeled with ground truth to learn …

Many activity recognition systems using accelerometers have been proposed. Activities that
have been recognized are" single" activities which can be expressed with one verb, such as …

Sensors embedded in smartphones are an essential component for activity recognition.
Even though the accelerometer is the most widely used sensor, the highest recognition …

Complex activity recognition is a valuable issue in mobile and wearable computing. Since
complex activities are strongly relevant to users' locations, location data can be used in …

The proliferation of low power and low cost continuous sensing has generated an immense
interest in the area of activity recognition. However, the real time detection is still a challenge …

Human activity recognition through the wearable sensor will enable a next-generation
human-oriented ubiquitous computing. However, most of researches on the activity …