Add to ORKGA new and accurate method based on cloud movements, spherical and plane triangular relationships of satellites, earth's core, projected-cloud and true-cloud for determining cloud-top height is developed. Synthetic stereo images from a single satellite are used to test this method. It is demonstrated that the cloud-top height can be determined from stereoscopic measurements of geo-synchronous satellites with vertical accuracy of approximately 500 m. Error analysis of 1-pixel incorrect match was presented.EI01129-1344
The JEM-EUSO (Japanese Experiment Module-Extreme Universe Space Observatory) telescope will measure ...
The JEM-EUSO (Japanese Experiment Module-Extreme Universe Space Observatory) telescope will measure ...
Fine scale cloud monitoring using ground-based imagers is becoming popular for a variety of applicat...
A new and accurate method is presented based on the cloud movement (height and position), the spheri...
In this paper we present a method to retrieve the Cloud Top Height (CTH), that is a refined version ...
In this paper we present a method to retrieve the Cloud Top Height (CTH), that is a refined version ...
In this paper we present a method to retrieve the Cloud Top Height (CTH), that is a refined version ...
This paper presents an ongoing study for the estimation of the cloud-top height by using only geomet...
This paper presents an ongoing study for the estimation of the cloud-top height by using only geomet...
This paper presents an ongoing study for the estimation of the cloud-top height by using only geomet...
This paper presents the new developments on a stereo vision based cloud base height measurement inst...
An efficient method for estimating cloud top heights and correcting cloud image spatial displacement...
Clouds are important in weather prediction, climate studies and aviation safety. Important parameter...
This thesis describes three main fields of study for ATSR image processing in order to determine clo...
The JEM-EUSO (Japanese Experiment Module-Extreme Universe Space Observatory) telescope will measure ...
The JEM-EUSO (Japanese Experiment Module-Extreme Universe Space Observatory) telescope will measure ...
The JEM-EUSO (Japanese Experiment Module-Extreme Universe Space Observatory) telescope will measure ...
Fine scale cloud monitoring using ground-based imagers is becoming popular for a variety of applicat...
A new and accurate method is presented based on the cloud movement (height and position), the spheri...
In this paper we present a method to retrieve the Cloud Top Height (CTH), that is a refined version ...
In this paper we present a method to retrieve the Cloud Top Height (CTH), that is a refined version ...
In this paper we present a method to retrieve the Cloud Top Height (CTH), that is a refined version ...
This paper presents an ongoing study for the estimation of the cloud-top height by using only geomet...
This paper presents an ongoing study for the estimation of the cloud-top height by using only geomet...
This paper presents an ongoing study for the estimation of the cloud-top height by using only geomet...
This paper presents the new developments on a stereo vision based cloud base height measurement inst...
An efficient method for estimating cloud top heights and correcting cloud image spatial displacement...
Clouds are important in weather prediction, climate studies and aviation safety. Important parameter...
This thesis describes three main fields of study for ATSR image processing in order to determine clo...
The JEM-EUSO (Japanese Experiment Module-Extreme Universe Space Observatory) telescope will measure ...
The JEM-EUSO (Japanese Experiment Module-Extreme Universe Space Observatory) telescope will measure ...
The JEM-EUSO (Japanese Experiment Module-Extreme Universe Space Observatory) telescope will measure ...
Fine scale cloud monitoring using ground-based imagers is becoming popular for a variety of applicat...