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Control of Wireless Seismic Sensor Network (WSN)
Analyzing waves of seismic sensors object generates while they moves over ground
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Geographic Information System based Simulator
Drawing routes and labeling seismic sensor positions on real world map
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Efficient Detection Algorithm
Applying filtering algorithms to eleminate noise and determine route of objects to get more accurate results
Seismic Sensor
WSAN based and capable of sensetive vibration occurred on the ground detections are used to monitor protected areas to Restrict entry of people/objects. When Communication gets data from seismic sensors, data is separated and required part of it is send to Simulator to be shown on the map.
3D Real World Map
GIS component is responsible for drawing routes and seismic sensor positions on the 3D world map based on NASA World Wind. GIS component draws the required routes and labels position of the sensors on the map.
Simulator
Simulator, the most important part of the design, is the responsible showing tracks, positions of the sensors, information of the sensors and additional actions including adding new sensors, deleting the existing sensors and disabling the selected sensors and user interface.
Database
Database component is interface for accessing PostGIS based database. When data previously collected from seismic sensors is needed, Database provides interface to access the database, to get the desired information from database and to send it to target(s) in order for it to be processed.
Sponsored by
Computer Engineering Department, METU - 2012