This paper presents an open platform for studying and analyzing indoor positioning algorithms. While other such platforms exist, our proposal features novelties related to the collection and use of additional context data. The platform is realized in the form of a mobile client, currently implemented on Android. It enables manual collection of radio-maps—i.e. fingerprints of Wi-Fi signals—while also allowing for amending the fingerprints with various context data which could help improve the accuracy of positioning algorithms. While this is a research-in-progress platform, an initial experiment was carried out and its results were used to justify its applicability and relevance
In this demo paper, we present the Airplace indoor position-ing platform developed for Android smart...
Knowing where a device or a person is in the environment becomes of major importance for application...
Indoor positioning is a recent technology that has gained interest in industry and academia thanks t...
This paper presents an open platform for studying and analyzing indoor positioning algorithms. While...
This work proposes PINSPOT; an open-access platform for collecting and sharing of context, algorithm...
This paper attempts to analyze the main algorithms used in Machine Learning applied to the indoor lo...
Unobtrusive indoor location systems must rely on methods that avoid the deployment of large hardware...
The Global Positioning System (GPS) is a space based satellite navigation system. It provides locati...
Specialists are expecting the knowledge of location will trigger yet another revolution in mobile se...
Navigation has become much easier these days mainly due to advancement in satellite technology. The ...
Global Positioning System is commonly been used for locating a position of a specific structure in f...
Abstract—In this demonstration paper, we present an indoor positioning system developed for Android ...
The current ubiquity of wireless communication networks is enabling new ways to compute the position...
Indoor positioning based on magnetic field fingerprints Indoor positioning, one of today’s technical...
DoctorAs massive number of mobile devices have been widely distributed, importance of Location-based...
In this demo paper, we present the Airplace indoor position-ing platform developed for Android smart...
Knowing where a device or a person is in the environment becomes of major importance for application...
Indoor positioning is a recent technology that has gained interest in industry and academia thanks t...
This paper presents an open platform for studying and analyzing indoor positioning algorithms. While...
This work proposes PINSPOT; an open-access platform for collecting and sharing of context, algorithm...
This paper attempts to analyze the main algorithms used in Machine Learning applied to the indoor lo...
Unobtrusive indoor location systems must rely on methods that avoid the deployment of large hardware...
The Global Positioning System (GPS) is a space based satellite navigation system. It provides locati...
Specialists are expecting the knowledge of location will trigger yet another revolution in mobile se...
Navigation has become much easier these days mainly due to advancement in satellite technology. The ...
Global Positioning System is commonly been used for locating a position of a specific structure in f...
Abstract—In this demonstration paper, we present an indoor positioning system developed for Android ...
The current ubiquity of wireless communication networks is enabling new ways to compute the position...
Indoor positioning based on magnetic field fingerprints Indoor positioning, one of today’s technical...
DoctorAs massive number of mobile devices have been widely distributed, importance of Location-based...
In this demo paper, we present the Airplace indoor position-ing platform developed for Android smart...
Knowing where a device or a person is in the environment becomes of major importance for application...
Indoor positioning is a recent technology that has gained interest in industry and academia thanks t...