Title of article :
Feasibility of detecting and localizing radioactive source using image processing and computational geometry algorithms
Author/Authors :
Sharafibadr, Azadeh Faculty of Engineering - Kharazmi University, Tehran , Nilforoushan, Zahra Faculty of Engineering - Kharazmi University, Tehran
Abstract :
We consider the problem of nding the localization of
radioactive source by using data from a digital camera.
In other words, the camera could help us to detect the
direction of radioactive rays radiation. Therefore, the
outcome could be used to command a robot to move to-
ward the true direction to achieve the source. The pro-
cess of camera data is performed by using image pro-
cessing and computational geometry algorithms. and
the robot is looking for the source in a space with ge-
ometrical obstacles. Lots of radioactive accidents daily
occur all over the world. During the radiography, the
radioactive source is sometimes thrown out from its pro-
tection layer and the radiographer has to look for it in
the space around. This would have lots of irreparable
costs. Thus, it seems necessary to make a robot which
could search the radioactive source intelligently.
Keywords :
Dosimetry , Autonomous robot , Convex hull Hough transform
Journal title :
Astroparticle Physics