Mobile phone based activity recognition uses dataobtained from embedded sensors to infer user’sphysical activities. Therefore, many mobile phoneshave been equipped with sensors to enable thedelivery of advanced features to the users.Accelerometer and gyroscope are the sensors thatembedded to several types of mobiles devices. In thispaper, we apply 17 classifier algorithms to select thebest performance ones using UCI data sets. Thesedataset are labeled twelve human activities. To testthe performance accuracy of these algorithms, the10-fold cross validation is done using Weka 3.6.11data mining tool. The overall accuracy rates forclassifiers are exceeded 85% and nearly 96% whichare encouraged results. Thus, we select theappropriate classifier ...
Human physical motion activity identification has many potential applications in various fields, suc...
As smartphones are equipped with various sensors, there have been many studies focused on using thes...
This dataset is from a study in which we collected smartphone accelerometer and gyroscope data of fo...
Nowadays, many mobile phones have been equipped with sensors to enable the delivery of advanced eatu...
AbstractNowadays, many mobile phones have been equipped with sensors to enable the delivery of advan...
Human activity recognition is an emerging field of ubiquitous and pervasive computing. Although rece...
In recent years, people nowadays easily to contact each other by using smartphone. Most of the smart...
Physical activity recognition of everyday activities such as sitting, standing, laying, walking, and...
© 2018, International Association of Computer Science and Information Technology. Human activity rec...
In this paper, the authors describe a method of accurately detecting human activity using a smartpho...
In recent years, people nowadays easily to contact each other by using smartphone. Most of the smart...
The aim of this study is to introduce two algorithms for physical activity recognition and to compar...
Real-time human activity recognition on a mobile phone is presented in this article. Unlike in most ...
Despite being considered as simple everyday objects, smartphones have the most innovative sensors an...
Human activity recognition is increasingly used for medical, surveillance and entertainment applicat...
Human physical motion activity identification has many potential applications in various fields, suc...
As smartphones are equipped with various sensors, there have been many studies focused on using thes...
This dataset is from a study in which we collected smartphone accelerometer and gyroscope data of fo...
Nowadays, many mobile phones have been equipped with sensors to enable the delivery of advanced eatu...
AbstractNowadays, many mobile phones have been equipped with sensors to enable the delivery of advan...
Human activity recognition is an emerging field of ubiquitous and pervasive computing. Although rece...
In recent years, people nowadays easily to contact each other by using smartphone. Most of the smart...
Physical activity recognition of everyday activities such as sitting, standing, laying, walking, and...
© 2018, International Association of Computer Science and Information Technology. Human activity rec...
In this paper, the authors describe a method of accurately detecting human activity using a smartpho...
In recent years, people nowadays easily to contact each other by using smartphone. Most of the smart...
The aim of this study is to introduce two algorithms for physical activity recognition and to compar...
Real-time human activity recognition on a mobile phone is presented in this article. Unlike in most ...
Despite being considered as simple everyday objects, smartphones have the most innovative sensors an...
Human activity recognition is increasingly used for medical, surveillance and entertainment applicat...
Human physical motion activity identification has many potential applications in various fields, suc...
As smartphones are equipped with various sensors, there have been many studies focused on using thes...
This dataset is from a study in which we collected smartphone accelerometer and gyroscope data of fo...