by Axel Pinz, Marek B. Zaremba, Horst Bischof, Francois A. Gougeon, Michael Locas
Abstract:
The issue of the recognition of tree species from high resolution aerial images is addressed in this paper. An approach based on the use of neural networks is presented and discussed in more detail. The networks perform classification and recognition operations on compact image objects, obtained by applying different tree isolation procedures. The recognition capabilities of two classes of networks, multilayer feedforward networks and holographic networks, are compared and some results of the research carried out in Austria and Canada, using aerial photographs and multispectral scanner images, are given.
Reference:
Neuromorphic Methods for Recognition of Compact Image Objects (Axel Pinz, Marek B. Zaremba, Horst Bischof, Francois A. Gougeon, Michael Locas), Technical report, PRIP, TU WIEN, 1993.
Bibtex Entry:
@TechReport{TR021,
author = "Axel Pinz and Marek B. Zaremba and Horst Bischof and
Francois A. Gougeon and Michael Locas",
institution = "PRIP, TU WIEN",
number = "PRIP-TR-021",
title = "Neuromorphic {M}ethods for {R}ecognition of
{C}ompact {I}mage {O}bjects",
year = "1993",
url = "https://www.prip.tuwien.ac.at/pripfiles/trs/tr21.pdf",
abstract = "The issue of the recognition of tree species from
high resolution aerial images is addressed in this
paper. An approach based on the use of neural
networks is presented and discussed in more
detail. The networks perform classification and
recognition operations on compact image objects,
obtained by applying different tree isolation
procedures. The recognition capabilities of two
classes of networks, multilayer feedforward networks
and holographic networks, are compared and some
results of the research carried out in Austria and
Canada, using aerial photographs and multispectral
scanner images, are given.",
}