4 research outputs found
Indoor positioning system using BLE beacon to improve knowledge about museum visitors
Generally, a museum has many locations and artifacts collection that display
for visitors. Museum manager often have difficulty in obtaining information
on visitors behavior such as, is there are particular locations/artifacts in
the museum that are frequently/rarely visit by museum visitors, how long
visitors spend their time in particular locations/artifacts, etc. The purpose of
this study is try to build a suitable system in order to improve knowledge about
the behavior of museum visitors by identifying the position of visitors
in the museum. This study uses Bluetooth Low Energy (BLE) Beacon that
place around the museum. The visitor mobile phone will detect BLE beacon
signal, then the mobile phone application will calculated the visitor’s mobile
phone position using the signal strength from the BLE beacons that are
detected. The application then sends it to the computer server to display
it in as museum visitor heat map. From this information, the museum manager
could find out the visitors behavior movement and know which areas/artifacts
that frequently/rarely visit by museum visitors. According to distance
error testing which compare real location and position of the calculation, it is
show that the average of distance error is around 140 cm. So, it can be
concluded that the information obtained is sufficient enough to represent
the position of museum visitor
Museum Visitor Activity Tracker using Indoor Positioning System
Tourism is one of the sources of state revenue that
has enormous potential, especially for developing countries. One
of the great tourism potential is the museum. In displaying the
artifacts and their information the museum manager has
difficulty in recognizing the behavior of museum visitors such as
the route chosen in seeing the artifacts presented, how long they
have been at a location, what artifacts are of their interest, etc.
This is quite difficult to do, especially with the many artifacts that
exist in a museum. This research created an activity tracker
system for museum visitors using the Indoor Positioning System
by utilizing Bluetooth Low Energy (BLE) beacons. Signals from
BLE beacons detected by museum visitors smartphones are used
as a reference to estimate the location of visitors using the
trilateration method and the Kalman filter. This location data is
then stored in a server to be information of the movement of
visitors in the museum. Based on this information, museum
managers can find out which locations are often / rarely visited
by visitors and how long visitors spend at that particular
location. According to the distance error testing that compare
real location and calculation position, it shows that the average
error distance is around 114.35 cm. So, it can be concluded that
the information obtained is sufficient to represent the position of
the museum visitor
Indoor positioning system using BLE beacon to improve knowledge about museum visitors
Generally, a museum has many locations and artifacts collection that display for visitors. Museum manager often have difficulty in obtaining information on visitors behavior such as, is there are particular locations/artifacts in the museum that are frequently/rarely visit by museum visitors, how long visitors spend their time in particular locations/artifacts, etc. The purpose of this study is try to build a suitable system in order to improve knowledge about the behavior of museum visitors by identifying the position of visitors in the museum. This study uses Bluetooth Low Energy (BLE) Beacon that place around the museum. The visitor mobile phone will detect BLE beacon signal, then the mobile phone application will calculated the visitor’s mobile phone position using the signal strength from the BLE beacons that are detected. The application then sends it to the computer server to display it in as museum visitor heat map. From this information, the museum manager could find out the visitors behavior movement and know which areas/artifacts that frequently/rarely visit by museum visitors. According to distance error testing which compare real location and position of the calculation, it is show that the average of distance error is around 140 cm. So, it can be concluded that the information obtained is sufficient enough to represent the position of museum visitors
Museum Interactive Information Broadcasting Using Indoor Positioning System and Bluetooth Low Energy: a Pilot Project on Trowulan Museum Indonesia
The tourism sector become a promising country
income. This is because its nature which is not easily run out if
managed properly. This sector can be a great support especially
for developing countries such as Indonesia, because usually
developing countries income only rely on natural and human
resources income. Museums are one of the tourism sectors that
have not been explored properly. Museums in Indonesia are still
few that using the latest technology such as smartphone
application, wifi, bluetooth, RFID. So, that it makes the museum
a less attractive place to visit, especially for young generation.
This research tries to create an interactive broadcasting museum
information by utilizing applications on smartphones, indoor
positioning systems, and bluetooth low energy beacons to provide
information to museum visitors about artifacts around museum
visitor location. As a pilot project a testing was conducted at the
Trowulan Museum, Mojokerto, East Java, Indonesia, which is a
museum that exhibits the relics of the Majapahit kingdom. The
application has been able to provide interactive information
about artifacts around the visitors location so as to create an
interesting museum to visi