Accurately and reliably determining the position and heading of first responders undertaking training exercises can provide valuable insights into their situational awareness and give a larger context to the decisions made. Measuring first responder movement, however, requires an accurate and portable localisation system. Training exercises of- ten take place in large-scale indoor environments with limited power infrastructure to support localisation. Indoor positioning technologies that use radio or sound waves for localisation require an extensive network of transmitters or receivers to be installed within the environment to ensure reliable coverage. These technologies also need power sources to operate, making their use impractical for t...
Ubiquitous computing systems aim to assist us as we go about our daily lives, whilst at the same tim...
Many methods for pedestrian positioning exist. In outdoor environments, global satellite navigation ...
Many methods for pedestrian positioning exist. In outdoor environments, global satellite navigation ...
In this paper, we present a novel pedestrian indoor positioning system that uses sensor fusion betwe...
This paper aims at exploring a novel approach for indoor localisation by exploiting data fusion. Spe...
This paper aims at exploring a novel approach for indoor localisation by exploiting data fusion. Spe...
We consider the human localization problem using body-worn inertial/magnetic sensor units. Inertial ...
In the last decade, many efforts have been devoted to indoor localization and positioning. In this p...
In the last decade, many efforts have been devoted to indoor localization and positioning. In this p...
Ubiquitous computing systems aim to assist us as we go about our daily lives, whilst at the same tim...
In this paper we present an approach to build a prototype. model of a first-responder localization s...
Cataloged from PDF version of article.We consider the human localization problem using body-worn ine...
Many methods for pedestrian positioning exist. In outdoor environments, global satellite navigation ...
This paper presents a method for an indoor pedestrian localization, based on the data ...
Emergency first response teams during operations expend much time to communicate their current locat...
Ubiquitous computing systems aim to assist us as we go about our daily lives, whilst at the same tim...
Many methods for pedestrian positioning exist. In outdoor environments, global satellite navigation ...
Many methods for pedestrian positioning exist. In outdoor environments, global satellite navigation ...
In this paper, we present a novel pedestrian indoor positioning system that uses sensor fusion betwe...
This paper aims at exploring a novel approach for indoor localisation by exploiting data fusion. Spe...
This paper aims at exploring a novel approach for indoor localisation by exploiting data fusion. Spe...
We consider the human localization problem using body-worn inertial/magnetic sensor units. Inertial ...
In the last decade, many efforts have been devoted to indoor localization and positioning. In this p...
In the last decade, many efforts have been devoted to indoor localization and positioning. In this p...
Ubiquitous computing systems aim to assist us as we go about our daily lives, whilst at the same tim...
In this paper we present an approach to build a prototype. model of a first-responder localization s...
Cataloged from PDF version of article.We consider the human localization problem using body-worn ine...
Many methods for pedestrian positioning exist. In outdoor environments, global satellite navigation ...
This paper presents a method for an indoor pedestrian localization, based on the data ...
Emergency first response teams during operations expend much time to communicate their current locat...
Ubiquitous computing systems aim to assist us as we go about our daily lives, whilst at the same tim...
Many methods for pedestrian positioning exist. In outdoor environments, global satellite navigation ...
Many methods for pedestrian positioning exist. In outdoor environments, global satellite navigation ...