In this work we performed a comparison between two different approaches to track a person in indoor environments using a locating system based on BLE technology with a smartphone and a smartwatch as monitoring devices. To do so, we provide the system architecture we designed and describe how the different elements of the proposed system interact with each other. Moreover, we have evaluated the system’s performance by computing the mean percentage error in the detection of the indoor position. Finally, we present a novel location prediction system based on neural embeddings, and a soft-attention mechanism, which is able to predict user’s next location with 67% accuracy
Bluetooth Low Energy beacons are small transmitters with long battery life that are considered for p...
Indoor localization is concerned with mapping sensory data to physical locations inside buildings. L...
Localization of people and devices is one of the main building blocks of context aware systems sinc...
Methods for accurate indoor spatial tracking remains a challenge. Low cost and power efficient Bluet...
With the rapid development of location-based services (LBSs), efficient and mobile-friendly localiza...
Activity recognition in indoor spaces benefits context awareness and improves the efficiency of appl...
Context: Indoor positioning systems have become more widespread over the past decade, mainly due to ...
The importance of the problem of Indoor Localization has grown tremendously as smartphones have beco...
In daily life, mobile and wearable devices with high computing power, together with anchors deployed...
The adoption of Bluetooth beacon technology demonstrates a broad interest in indoor positioning tech...
In our day to day activity, imagine if you go to a museum, hospital or any kind of huge building. Yo...
In daily life, mobile and wearable devices with high computing power, together with anchors deployed...
This paper presents a framework for indoor loca-tion prediction system using multiple wireless signa...
Navigation systems for outdoor purposes have been around us for several years.Recently, it has emerg...
The introduction of Bluetooth Low Energy (BLE) technology provides new opportunities that the Global...
Bluetooth Low Energy beacons are small transmitters with long battery life that are considered for p...
Indoor localization is concerned with mapping sensory data to physical locations inside buildings. L...
Localization of people and devices is one of the main building blocks of context aware systems sinc...
Methods for accurate indoor spatial tracking remains a challenge. Low cost and power efficient Bluet...
With the rapid development of location-based services (LBSs), efficient and mobile-friendly localiza...
Activity recognition in indoor spaces benefits context awareness and improves the efficiency of appl...
Context: Indoor positioning systems have become more widespread over the past decade, mainly due to ...
The importance of the problem of Indoor Localization has grown tremendously as smartphones have beco...
In daily life, mobile and wearable devices with high computing power, together with anchors deployed...
The adoption of Bluetooth beacon technology demonstrates a broad interest in indoor positioning tech...
In our day to day activity, imagine if you go to a museum, hospital or any kind of huge building. Yo...
In daily life, mobile and wearable devices with high computing power, together with anchors deployed...
This paper presents a framework for indoor loca-tion prediction system using multiple wireless signa...
Navigation systems for outdoor purposes have been around us for several years.Recently, it has emerg...
The introduction of Bluetooth Low Energy (BLE) technology provides new opportunities that the Global...
Bluetooth Low Energy beacons are small transmitters with long battery life that are considered for p...
Indoor localization is concerned with mapping sensory data to physical locations inside buildings. L...
Localization of people and devices is one of the main building blocks of context aware systems sinc...