The artifacts detection is a step of data cleaning process. The classical approach is to predict or determine the existence of defects, to model it, and then design a method to detect and correct them. This classical approach is for specific artifacts. The approach presented in this work is using complexity distortion theory to implement a more generic method, thus, this work will aim at developing parameter free methods able to automatically detect artifacts in EO images. We use the Kolmogorov Structure Function as approximation to the Rate-distortion curve and examine how the artifacts can have the same structure
This paper presents a novel and fast method to distinguish regular and irregular regions in satellit...
<p> We present a high-accuracy, low false-alarmrate, and low computational-cost methodology for rem...
International audienceAstronomical images from optical photometric surveys are typically contaminate...
The artifacts detection is a step of data cleaning process. The classical approach is to predict or ...
This thesis aims at an automatic detection of artifacts in optical satellite images such as aliasing...
Artifacts in remote sensing images can be detected by analyzing the local image complexity
We need general - i.e. pareamter free - methods to detect artifacts in remote sensing images
Remote Sensing is the process of gathering information, recording, or observing objects or events fr...
Morphological filters are investigated and employed for detecting and visualizing objects within an ...
In this paper a novel computationally efficient algorithm to detect objects automatically from high ...
Image distortion analysis is a fundamental issue in many image processing problems, including compre...
Optical motion capture systems are prone to errors connected to marker recognition (e.g., occlusion,...
ABSTRACT: A real scene observed from a satellite image contains a variety of features, textures and ...
Decoding satellite images involves hundreds of automated methods. These methods are included in the ...
Satellite images have increasingly been used in many different fields, such as detecting and locati...
This paper presents a novel and fast method to distinguish regular and irregular regions in satellit...
<p> We present a high-accuracy, low false-alarmrate, and low computational-cost methodology for rem...
International audienceAstronomical images from optical photometric surveys are typically contaminate...
The artifacts detection is a step of data cleaning process. The classical approach is to predict or ...
This thesis aims at an automatic detection of artifacts in optical satellite images such as aliasing...
Artifacts in remote sensing images can be detected by analyzing the local image complexity
We need general - i.e. pareamter free - methods to detect artifacts in remote sensing images
Remote Sensing is the process of gathering information, recording, or observing objects or events fr...
Morphological filters are investigated and employed for detecting and visualizing objects within an ...
In this paper a novel computationally efficient algorithm to detect objects automatically from high ...
Image distortion analysis is a fundamental issue in many image processing problems, including compre...
Optical motion capture systems are prone to errors connected to marker recognition (e.g., occlusion,...
ABSTRACT: A real scene observed from a satellite image contains a variety of features, textures and ...
Decoding satellite images involves hundreds of automated methods. These methods are included in the ...
Satellite images have increasingly been used in many different fields, such as detecting and locati...
This paper presents a novel and fast method to distinguish regular and irregular regions in satellit...
<p> We present a high-accuracy, low false-alarmrate, and low computational-cost methodology for rem...
International audienceAstronomical images from optical photometric surveys are typically contaminate...