Development of Mobile Indoor Positioning System Application Using Android and Bluetooth Low Energy with Trilateration Method

Noertjahyana, Agustinus and Andjarwirawan, Justinus and Wijayanto, Ignatius Alex (2012) Development of Mobile Indoor Positioning System Application Using Android and Bluetooth Low Energy with Trilateration Method. In: ICSIIT, 24-05-2012 - 25-05-2012, Denpasar - Indonesia.

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Abstract

The development of information technology and the concept of smart city began to grow. Information technology needed by the public that is looking for information position and location of destination in the building (indoor positionting). Indoor positioning using WiFi has limits on location placement. To overcome these shortcomings are used sensor beacon bluetooth low energy with the advantages of having low power consumption and relatively small dimensions that can be placed in various places that are difficult to reach by WiFi. Indoor Positioning System (IPS) is a system for knowing the position of objects or people in a room by using radio waves, magnetic fields, or other sensors obtained by mobile devices. The indoor positioning method is divided into deterministic and probabilistic. Deterministic can determine the position faster by using measurement techniques such as Trilateration and Triangulation. Trilateration is a method for determining location with known three location information and device distance to each access point. This research used Trilateration method with measurement technique based on RSSI value. Based on the results of the test, RSSI of the beacon is strongly affected by objects that have thickness and density. In line of sight conditions, Android devices are able to receive signals properly and determine the location of the device using trilateration with quite accurate.

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