This paper investigates the effect of antenna directivity on the accuracy of fingerprint-based indoor localisation systems. The proposed method adopts received signal strength which was derived by ray tracing techniques applied to 3D indoor model for location determination. Antennas with different radiation patterns and different orientations are implemented for comparative study. Numerical results show that, by utilizing the geometry of the indoor environment, directional antennas can help increase the uniqueness of the fingerprints and hence improve the localisation accuracy
This paper proposes a fingerprint-based indoor localization method, named FPFE (fingerprint feature ...
Fingerprinting-based algorithms are popular in indoor location systems based on mobile devices. Comp...
In this paper, we consider a radio fingerprinting-based localization system for indoor motion captur...
Abstract—This work presents a new indoor localization method based on the fingerprinting technique. ...
The objective of this research work is to investigate and demonstrate potential accuracy improvement...
In this paper, the integration of directional antennas in a room-level received signal strength (RSS...
International audienceThis paper regards the application of ray tracing (RT) tools for indoor locali...
To achieve the concrete aim of improving the positioning accuracy for large-scale indoor space in th...
The increase of the technology related to radio localization and the exponential rise in the data tr...
There are several researches have been conducted and different methods have been applied to extend t...
Recently, the localization of mobile target becomes a popular issue in wireless communication. Among...
Wireless indoor localization systems and especially signal strength fingerprinting techniques have b...
Indoor localization techniques using location fingerprints are gaining popularity because of their c...
Many useful commercial, educational, security and health-care applications of location-awareness rel...
Indoor localisation systems are concerned with locating people or devices within an indoor environme...
This paper proposes a fingerprint-based indoor localization method, named FPFE (fingerprint feature ...
Fingerprinting-based algorithms are popular in indoor location systems based on mobile devices. Comp...
In this paper, we consider a radio fingerprinting-based localization system for indoor motion captur...
Abstract—This work presents a new indoor localization method based on the fingerprinting technique. ...
The objective of this research work is to investigate and demonstrate potential accuracy improvement...
In this paper, the integration of directional antennas in a room-level received signal strength (RSS...
International audienceThis paper regards the application of ray tracing (RT) tools for indoor locali...
To achieve the concrete aim of improving the positioning accuracy for large-scale indoor space in th...
The increase of the technology related to radio localization and the exponential rise in the data tr...
There are several researches have been conducted and different methods have been applied to extend t...
Recently, the localization of mobile target becomes a popular issue in wireless communication. Among...
Wireless indoor localization systems and especially signal strength fingerprinting techniques have b...
Indoor localization techniques using location fingerprints are gaining popularity because of their c...
Many useful commercial, educational, security and health-care applications of location-awareness rel...
Indoor localisation systems are concerned with locating people or devices within an indoor environme...
This paper proposes a fingerprint-based indoor localization method, named FPFE (fingerprint feature ...
Fingerprinting-based algorithms are popular in indoor location systems based on mobile devices. Comp...
In this paper, we consider a radio fingerprinting-based localization system for indoor motion captur...