Mathematics in remote sensing : based on the proceedings of a conference organized by the Institute of Mathematics and its Applications on Mathematics and its Applications in Remote Sensing held at Danbury, Essex, in May 1986
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Bibliographic Information
Mathematics in remote sensing : based on the proceedings of a conference organized by the Institute of Mathematics and its Applications on Mathematics and its Applications in Remote Sensing held at Danbury, Essex, in May 1986
（The Institute of Mathematics and its Applications conference series, new ser. ; 21）
Clarendon Press , Oxford University Press, 1989
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Includes bibliographical reference
"Based on the proceedings of a Conference on Mathematics and Its Applications in Remote Sensing held at Danbury, Essex in May 1986."--CIP
Description and Table of Contents
Description
Remote sensing is concerned with the generation of data and extraction of information from satellite observation devices. This volume, based on a conference on the subject, provides an up-to-date survey of the mathematical techniques available for this purpose. The volume is based on the proceedings of a conference on mathematics and its applications in remote sensing, held at Danbury, Essex in May 1986. Its primary appeal will be to specialists in remote sensing working on a broad range of electromagnetic spectra. It presents a "state-of-the-art" account of what is possible with today's mathematical tools and offers a perspective on the capabilities of future remote sensing systems.
Table of Contents
- Problems in the retrieval of useful atmospheric information from satellite remote sensing observations, J.T.Houghton
- problems in passive remote sensing of the Earth's land surface, P.M.Mather
- errors and uncertainties in feature recognition, J.C.Simon
- the dynamics of Bragg-scattering waves on the sea surface, M.S.Longuet-Higgins
- the scattering of electromagnetic radiation from irregular surfaces, P.L.C.Jeynes
- coherent and incoherent components of specular scattering from normal and non-normal rough surfaces, C.D.Obray
- correlated clutter in coherent imaging, C.J.Oliver
- correlation properties of coherently imaged non-uniform surfaces, R.J.Miller
- blind deconvolution using the zeros of the z-transform, R.E.Burge and D.P.Lidiard
- the resampling of synthetic aperture radar images, D.Blacknell
- information extraction methods, J.Oakley and M.Cunningham
- enhancement of multi-look synthetic aperture radar images of moving targets, M.S.Scivier and D.G.Corr
- global performance criteria and corresponding algorithms for contextual classification of multispectral images, J.Kittler and D.Pairman
- the extraction of geophysical parameters from radar altimeter return from a nonlinear sea surface, P.G.Challenor and M.A.Srokosz
- the assimilation of satellite altimeter data into ocean models, D.J.Webb
- measuring the ocean wave directional spectrum with HF radar - the inversion problem, L.R.Wyatt
- computer vision in image information systems, J.H.Johnson
- the HOR quadtree - an optimal structure based on a non-square 4-shape, S.B.M.Bell et al
- the application of syntactic pattern recognition to remote sensing, J.F.Boyce and J.Feng
- analysis of synthetic aperture radar images over land, S.Quegan et al
- the use of spatial context in the classification of remotely sensed data, J.J.Settle
- search problems in Landsat-TM image understanding, G.G.Wilkinson et al.
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