The phenomenon of sample impoverishment during particle filtering always contribute computation burden to the inertial-based mobile IPS systems. This is due to the factor of noise measurement and number of particle. Usually, the special strategies resampling algorithms was used. However, these algorithms just can fit in certain environment. This needs an adaptation of noise measurement and number of particle in a algorithm in order to make resampling with more intelligence, reliability and robust. In this paper, we will propose an adaptive special strategies resampling by adapting noise and particle measurement. These adaptation is used to determine the most suitable algorithm of special strategies resampling, that can be switched for resam...
AbstractThis paper proposes an adaptive hybrid filter for WiFi-based indoor positioning systems. The...
Abstract—Motion based adaptive sampling method is presented in this paper. The distribution of parti...
Smartphone-based indoor navigation systems are becoming increasingly popular in a variety of applica...
We present a real-time particle filter for 2D and 3D hybrid indoor positioning. It uses wireless loc...
WiFi fingerprinting is the method of recording WiFi signal strength from access points (AP) along wi...
The inertial navigation system has high short-term positioning accuracy but features cumulative erro...
This paper considers the problem of indoor navigation by means of low-cost mobile devices. The requi...
The range of memory specifications of location aware shopping assistance poses difficulties for the ...
In this paper we present a statistical approach to the likelihood computation and adaptive resamplin...
In this research, a non-infrastructure-based and low-cost indoor navigation method is proposed throu...
Location-based services for smartphones are becoming more and more popular. The core of location-bas...
Indoor positioning is important for applications within Internet of Things, such as equipment tracki...
Tight integration algorithms fusing Global Navigation Satellite System (GNSS) and Inertial Navigatio...
Nowadays, a growing number of ubiquitous mobile applications has increased the interest in indoor l...
Commonly used Global Navigation Satellite Systems (GNSS) are inappropriate as Location Based Service...
AbstractThis paper proposes an adaptive hybrid filter for WiFi-based indoor positioning systems. The...
Abstract—Motion based adaptive sampling method is presented in this paper. The distribution of parti...
Smartphone-based indoor navigation systems are becoming increasingly popular in a variety of applica...
We present a real-time particle filter for 2D and 3D hybrid indoor positioning. It uses wireless loc...
WiFi fingerprinting is the method of recording WiFi signal strength from access points (AP) along wi...
The inertial navigation system has high short-term positioning accuracy but features cumulative erro...
This paper considers the problem of indoor navigation by means of low-cost mobile devices. The requi...
The range of memory specifications of location aware shopping assistance poses difficulties for the ...
In this paper we present a statistical approach to the likelihood computation and adaptive resamplin...
In this research, a non-infrastructure-based and low-cost indoor navigation method is proposed throu...
Location-based services for smartphones are becoming more and more popular. The core of location-bas...
Indoor positioning is important for applications within Internet of Things, such as equipment tracki...
Tight integration algorithms fusing Global Navigation Satellite System (GNSS) and Inertial Navigatio...
Nowadays, a growing number of ubiquitous mobile applications has increased the interest in indoor l...
Commonly used Global Navigation Satellite Systems (GNSS) are inappropriate as Location Based Service...
AbstractThis paper proposes an adaptive hybrid filter for WiFi-based indoor positioning systems. The...
Abstract—Motion based adaptive sampling method is presented in this paper. The distribution of parti...
Smartphone-based indoor navigation systems are becoming increasingly popular in a variety of applica...