@InProceedings{SoaresSantKunt:1996:InDaMu,
author = "Soares, Sergio Monteiro and Sant'Anna, Sidnei Joao Siqueira and
Kuntschik, Gerardo",
title = "Integracao de dados multiespectrais Landsat-5 TM com imagens SAR
JERS-1, para fins cartograficos",
year = "1996",
pages = "115--123",
organization = "Latin-American Seminar on Radar Sensing, 1.",
abstract = "In several brazilian areas, mainly in some rain forest regions,
where have cloud coverage trouble, all year long, the sistematic
mapping is delay in time. In some those areas there aren't any
cartographic document, in sistematic scales (1:500.000, 1:250.000,
1:100.000, 1:50.000 and 1:25.000)be able to represent them
planialtimetricly. Those facts are due mainly by the following
reasons: a)The absent of aerial photographics, because the
wheather conditions, all year long, doesn't permit to take them;
b)By the same reason, the analysis and interpretation of the
satellites images, like LANDSAT-TM or SPOT, can not be performed
for natural and artificial targets identification, on the surface
of the Earth, to possibility the manufacturing the images-charts
inside the visible spectrum; c)The only use of SAR images can not
identify all the targets, cartographicly representable, on a
image-chart, even though such SAR images have no inconvenient of
cloud coverage. The aim of this work is show what the digital
images processing can efficiently do, thru Main Components
proceedings, filtering, IHS Compositions, Resample of SAR data
over TM data and visualization in RGB space to better geometric
identification of targets, be able to build a image chart without
clouds coverage, which one was removed by these digital
operations, if the a specific algorithm was follow, like will be
describe in this paper. In work by Sanabria (1995)before it, make
the data integration with the same purpose using multispectrals
SAR data by ERS-1. In this work, using the analog methodology,
varying the type of data, sequence of procedures, type and
sequence of filtering and incorporating a classification of the
hibrid final product, was used SAR-images, in L band, polarization
HH from JERS-1 Satellite. The choice for JERS-1 SAR-images in L
band, against the SAR-images from ERS-1 in C band, was made by the
higher penetration of the L band inside the canoppy of the rain
forest, permiting the better analysis of the geomorfology of the
ground, in regions where cloud coverage, all year long, doesn't
permit the conventional cartographic methods. The computational
environment was made over the IDL and ENVI softwares, using
graphical workstations, in all digital operations, since colect
data from the tape devices, until creating the plotting files, as
a final product, resulted of mixing TM data with SAR data, in all
graphical formats, be able to build the base for production in
large scale of images-charts, neither TM, nor SAR, but a
composition of these data, removing the clouds effects from the TM
data. These products can be used for paper image-chart or even for
use like a data base for Geographical System Information, in
geoprocessing analysis.",
conference-location = "Buenos Aires, AR",
conference-year = "2-4 dec. 1996",
label = "7880",
organisation = "CONAE/INPE/ESA/SELPER/CIDA/DI-UFPe",
targetfile = "1996_soares.pdf",
urlaccessdate = "2024, May 02"
}