This article shows the approach to the digital immage processing of TIROS - N/NOAA satellite data which is developed under the INTERACT project. The theme of the discussion is the problem of automatic oloud classification from the high resolution AVHRR data. The algorythm for cloud classification based on multivarite normal density as decision function is prorposed. Classifier learning phase is connected with use of training sample data from which the moments for normal density function are calculated. The decision area for the classification is defined by means of parameters (mean and covariances). The classification is performed using the Byes maximum likelyhood rule
The aim of this work was to develop a system based on multifeature texture analysis and modular neur...
In the polar region, it is difficult to discriminate between clouds and ground surface from satellit...
Satellite precipitation estimation at high spatial and temporal resolutions is beneficial for resear...
A great deal of essential information is lost in the widely used quick-look pictures covering large ...
The near-real time retrieval of low stratiform cloud (LSC) coverage is of vital interest for such di...
The aim of this work was to develop a system based on modular neural networks and multi-feature text...
An automated procedure to determine rain rates in visible and infrared satellite images by means of ...
Approved for public release; distribution is unlimited. 13. Abstract (Maximum 200 words). The primar...
Classification of remote earth resources sensing data according to normed exponential density statis...
Derivation of probability estimates complementary to geophysical data sets has gained special attent...
Cloud is a very common weather phenomenon in the world. For optical satellite imaging, it is very of...
Includes bibliographical references (pages 149-150).Errata included.The problem of cloud data classi...
The cloud classification model SCANDIA (SMHI Cloud ANalysis model using DIgital AVHRR data) is descr...
International audienceWe evaluate how much of the cloud cover can be retrieved using only visible an...
[1] This paper describes a statistical clustering approach toward the classification of cloud types ...
The aim of this work was to develop a system based on multifeature texture analysis and modular neur...
In the polar region, it is difficult to discriminate between clouds and ground surface from satellit...
Satellite precipitation estimation at high spatial and temporal resolutions is beneficial for resear...
A great deal of essential information is lost in the widely used quick-look pictures covering large ...
The near-real time retrieval of low stratiform cloud (LSC) coverage is of vital interest for such di...
The aim of this work was to develop a system based on modular neural networks and multi-feature text...
An automated procedure to determine rain rates in visible and infrared satellite images by means of ...
Approved for public release; distribution is unlimited. 13. Abstract (Maximum 200 words). The primar...
Classification of remote earth resources sensing data according to normed exponential density statis...
Derivation of probability estimates complementary to geophysical data sets has gained special attent...
Cloud is a very common weather phenomenon in the world. For optical satellite imaging, it is very of...
Includes bibliographical references (pages 149-150).Errata included.The problem of cloud data classi...
The cloud classification model SCANDIA (SMHI Cloud ANalysis model using DIgital AVHRR data) is descr...
International audienceWe evaluate how much of the cloud cover can be retrieved using only visible an...
[1] This paper describes a statistical clustering approach toward the classification of cloud types ...
The aim of this work was to develop a system based on multifeature texture analysis and modular neur...
In the polar region, it is difficult to discriminate between clouds and ground surface from satellit...
Satellite precipitation estimation at high spatial and temporal resolutions is beneficial for resear...