Add to ORKGAbstract- We have investigated the indoor geolocation based on signal strength modeling. Linear, compensated linear, and multiple regression methods have been applied to set up signal strength models by using simulated data. We have also analyzed this modeling method to better understand the relation between the location error and the signal strength error. Some important results have been obtained to help us determine proper placement of Access Points (APs) and evaluate the range of location error. A simulation experiment has been conducted based on typical parameters of IEEE802.11b MAC. Index terms- WLAN, geolocation, signal strength, IEEE802.11b. I
As a result of Smartphone usage increment a sharp growth in demand for indoor environment computing ...
Abstract: This paper proposes a method for indoor location that uses the results of trilateration o...
Following the success of Global Positioning System (GPS) in outdoor localization, the attention has ...
An indoor positioning system that uses a location fingerprinting technique based on the received sig...
Global Positioning System (GPS) is widely used as public location and positioning system in navigat...
Location is a key filter for mobile services, including navigation or advertising. However, position...
The effectiveness of location aware applications is dependent on the accuracy of the supporting posi...
An indoor positioning system that uses a location fingerprinting technique based on the received sig...
There have been many research efforts on location awareness in an indoor environment. Most of them r...
This paper investigates the similarities and differences of the signal strength fluctuations and pos...
The position of a participant during an installation is a valuable data. One may want to start some ...
A comparison is carried out between two indoor localization algorithms using received signal strengt...
Data enrichment through interpolation or regression is a common approach to deal with sample collect...
Wireless signal-transmitting process is a complex procedure, to improve the indoor positioning accur...
The thesis aims at the development of a realistic simulation environment for an indoor wireless pers...
As a result of Smartphone usage increment a sharp growth in demand for indoor environment computing ...
Abstract: This paper proposes a method for indoor location that uses the results of trilateration o...
Following the success of Global Positioning System (GPS) in outdoor localization, the attention has ...
An indoor positioning system that uses a location fingerprinting technique based on the received sig...
Global Positioning System (GPS) is widely used as public location and positioning system in navigat...
Location is a key filter for mobile services, including navigation or advertising. However, position...
The effectiveness of location aware applications is dependent on the accuracy of the supporting posi...
An indoor positioning system that uses a location fingerprinting technique based on the received sig...
There have been many research efforts on location awareness in an indoor environment. Most of them r...
This paper investigates the similarities and differences of the signal strength fluctuations and pos...
The position of a participant during an installation is a valuable data. One may want to start some ...
A comparison is carried out between two indoor localization algorithms using received signal strengt...
Data enrichment through interpolation or regression is a common approach to deal with sample collect...
Wireless signal-transmitting process is a complex procedure, to improve the indoor positioning accur...
The thesis aims at the development of a realistic simulation environment for an indoor wireless pers...
As a result of Smartphone usage increment a sharp growth in demand for indoor environment computing ...
Abstract: This paper proposes a method for indoor location that uses the results of trilateration o...
Following the success of Global Positioning System (GPS) in outdoor localization, the attention has ...