A feasibility study of automated classification of satellite images is described. Satellite images were characterized by the textures they contain. In particular, the detection of cloud textures was investigated. The method of second-order gray level statistics, using co-occurrence matrices, was applied to extract feature vectors from image segments. Neural network technology was employed to classify these feature vectors. The cascade-correlation architecture was successfully used as a classifier. The use of a Kohonen network was also investigated but this architecture could not reliably classify the feature vectors due to the complicated structure of the classification problem. The best results were obtained when data from different spectr...
open access articleA classification technique which distinguishes between manmade and natural textur...
Abstract-Neural nets offer the potential to classify data based upon a rapid match to overall patter...
Cloud detection is an inextricable pre-processing step in remote sensing image analysis workflows. M...
The tremendous backlog of unanalyzed satellite data necessitates the development of improved methods...
Includes bibliographical references (pages 149-150).Errata included.The problem of cloud data classi...
The aim of this work was to develop a system based on modular neural networks and multi-feature text...
The aim of this work was to develop a system based on multifeature texture analysis and modular neur...
In this work we apply a texture classification network to remote sensing image analysis. The goal is...
An essential component in global climate research is accurate cloud cover and type determination. Of...
Various methods are available to perform feature extraction on satellite images. Among the available...
2018-07-09With the recent abundance and democratization of high-quality, low-cost satellite imagery ...
Texture classification poses a well known difficulty within computer vision systems. This paper revi...
Cloud cover is primarily a major difficulty in the acquisition of optical satellite images and has a...
This paper is of classification of remote sensed Multispectral satellite images using supervised and...
It was tried to train an artificial neural network to detect jet condensation trails in AVHRR images...
open access articleA classification technique which distinguishes between manmade and natural textur...
Abstract-Neural nets offer the potential to classify data based upon a rapid match to overall patter...
Cloud detection is an inextricable pre-processing step in remote sensing image analysis workflows. M...
The tremendous backlog of unanalyzed satellite data necessitates the development of improved methods...
Includes bibliographical references (pages 149-150).Errata included.The problem of cloud data classi...
The aim of this work was to develop a system based on modular neural networks and multi-feature text...
The aim of this work was to develop a system based on multifeature texture analysis and modular neur...
In this work we apply a texture classification network to remote sensing image analysis. The goal is...
An essential component in global climate research is accurate cloud cover and type determination. Of...
Various methods are available to perform feature extraction on satellite images. Among the available...
2018-07-09With the recent abundance and democratization of high-quality, low-cost satellite imagery ...
Texture classification poses a well known difficulty within computer vision systems. This paper revi...
Cloud cover is primarily a major difficulty in the acquisition of optical satellite images and has a...
This paper is of classification of remote sensed Multispectral satellite images using supervised and...
It was tried to train an artificial neural network to detect jet condensation trails in AVHRR images...
open access articleA classification technique which distinguishes between manmade and natural textur...
Abstract-Neural nets offer the potential to classify data based upon a rapid match to overall patter...
Cloud detection is an inextricable pre-processing step in remote sensing image analysis workflows. M...