ATASEVER, Ü. H. 2017. A NEW UNSUPERVISED CHANGE DETECTION APPROACH WITH HYBRID CLUSTERING FOR DETECTING THE AREAL DAMAGE AFTER NATURAL DISASTER. FRESENIUS ENVIRONMENTAL BULLETIN , vol.26, no.6 , 3891-3896.

ATASEVER, Ü. H., (2017). A NEW UNSUPERVISED CHANGE DETECTION APPROACH WITH HYBRID CLUSTERING FOR DETECTING THE AREAL DAMAGE AFTER NATURAL DISASTER. FRESENIUS ENVIRONMENTAL BULLETIN , vol.26, no.6, 3891-3896.

ATASEVER, ÜMİT. "A NEW UNSUPERVISED CHANGE DETECTION APPROACH WITH HYBRID CLUSTERING FOR DETECTING THE AREAL DAMAGE AFTER NATURAL DISASTER," FRESENIUS ENVIRONMENTAL BULLETIN , vol.26, no.6, 3891-3896, 2017

ATASEVER, ÜMİT H. . "A NEW UNSUPERVISED CHANGE DETECTION APPROACH WITH HYBRID CLUSTERING FOR DETECTING THE AREAL DAMAGE AFTER NATURAL DISASTER." FRESENIUS ENVIRONMENTAL BULLETIN , vol.26, no.6, pp.3891-3896, 2017

ATASEVER, Ü. H. (2017) . "A NEW UNSUPERVISED CHANGE DETECTION APPROACH WITH HYBRID CLUSTERING FOR DETECTING THE AREAL DAMAGE AFTER NATURAL DISASTER." FRESENIUS ENVIRONMENTAL BULLETIN , vol.26, no.6, pp.3891-3896.

@article{article, author={ÜMİT HALUK ATASEVER}, title={A NEW UNSUPERVISED CHANGE DETECTION APPROACH WITH HYBRID CLUSTERING FOR DETECTING THE AREAL DAMAGE AFTER NATURAL DISASTER}, journal={FRESENIUS ENVIRONMENTAL BULLETIN}, year=2017, pages={3891-3896} }