A novel indoor positioning method is proposed, enhancing the conventional pedestrian
dead-reckoning (PDR) with the received signal strength indicator (RSSI)-based heading …

The paper deals with indoor navigation using inertial sensors (accelerometers, gyroscopes,
etc.) built in a smartphone. The main disadvantage of the use of inertial sensors is the …

The major challenges for optical based tracking are the lighting condition, the similarity of
the scene, and the position of the camera. This paper demonstrates that under such …

In this work, we launched smartphones with a moving object to analyse the motion on an
inclined plane. The data of time versus distance was acquired by utilizing a smartphone …

Plenoptic images are obtained from cameras with internal microlens arrays. Nearby pixels in
a plenoptic image are representing the real world from different spatial and angular position …

Industrial environments are complex systems to be monitored and controlled in real time,
given the multiplicity presence of vehicles and people. In these areas, however, there are …

Large industrial environments and specifically cargo terminals are inherently very complex
systems to be monitored and controlled, given the presence of vessels, vehicles, people and …

In today's world, there are a lot of outdoor navigation apps for visually challenged people,
but there are none that can precisely tell a user's location inside a large structure. Indoor …

Abstract Smart glasses (eg Google Glasses) is a class of wearable embedded devices with
both inertial sensors and camera onboard. This paper proposes a smart glass-based indoor …

Purpose This paper aims to control the crowd flow naturally by presenting appropriate
information. Design/methodology/approach The authors developed a navigation application …