… in indoor environment [6] because of A-GPS is unable to decode data from satellites [3]. This
paper proposes indoor position detection … This paper proposes an indoor position detection …

… to support location-awareness in indoor environments. Then, … identify user location, describing
how we provide our users with … identification of a user’s position in an indoor environment …

… track position. As a result, alternate means of tracking users' location in indoor environments
without … accuracy in the identification of a user's spatial context than is possible by tracking …

… track users by exploiting proximity method with IR sensors in indoor environments. Each
IR … To solve this problem, we propose a method which overlaps sensing area to obtain fine …

… approach to the positioning of a VI user in an indoor environment with a smartphone as …
, the dataset splits the indoor environment into cells mapped with the inertial sensor data of a …

… -Contextualization (UEC) tools, supporting the user in exploring indoor environments. The
system architecture consists of a WSN with multi-sensor nodes, a user module and a master …

… By sensing the environment the robot must determine its abso… use the environment to
constrain the user’s movement. In contrast we use relative location information and environmental …

… user location in indoor environments with a sensor. These … or the signal strength of the sensor.
However, the performance … the structural characteristics of indoor environments. Below is …

… Since mobile users can be in many places such as open sky outdoors, crowded … , indoor
environments, etc., the next generation of positioning systems has to perform well both indoors …

… , and sensor-based solutions are more suitable for tracking the users in indoor environments.
… summary of evolution in indoor navigation and indoor positioning technologies. In particular…