In this paper the problem of detecting land cover changes by using multitemporal remote sensing images is addressed. An approach aimed to explicitly identify what kind of land cover transition has actually taken place in an area proposed. This approach is based on the compound classification of multitemporal images. In particular, a simple model to represent the probabilities of transition is exploited to strongly simplify the compound classification task. The effectiveness of the proposed approach is confirmed by experimental results obtained by using remote sensing images containing simulated land cover transitions
Change detection is usually treated as a problem of explicitly detecting land cover transitions in s...
Automatic change detection is an important challenge in multitemporal remote sensing applications. S...
Change detection is usually treated as a problem of explicitly detecting land cover transitions in s...
In this paper, detection of land-cover/land-use transitions by using multitemporal remote-sensing im...
This paper addresses the problem of detecting land-cover transitions by analysing multitemporal remo...
Abstract—We propose a supervised nonparametric technique, based on the “compound classification rule...
This paper presents a novel iterative active learning (AL) technique aimed at defining effective mul...
International audienceThe paper addresses land cover monitoring at large scale. It investigates an a...
Nowadays, an ever increasing number of multi-temporal images is available, giving the possibility of...
The automated interpretation of aerial image data is a task with increasing significance for several...
In this study, we focus on the problem of vegetation moni-toring and change detection from remote se...
Environmental changes are amongst the most important research subjects in geography. The changes may...
The main purpose of thesis is creation and evaluation of models for change detection of arable land ...
The objective of this study is to develop a methodology to integrate multi-source remote sensing dat...
The main purpose of thesis is creation and evaluation of models for change detection of arable land ...
Change detection is usually treated as a problem of explicitly detecting land cover transitions in s...
Automatic change detection is an important challenge in multitemporal remote sensing applications. S...
Change detection is usually treated as a problem of explicitly detecting land cover transitions in s...
In this paper, detection of land-cover/land-use transitions by using multitemporal remote-sensing im...
This paper addresses the problem of detecting land-cover transitions by analysing multitemporal remo...
Abstract—We propose a supervised nonparametric technique, based on the “compound classification rule...
This paper presents a novel iterative active learning (AL) technique aimed at defining effective mul...
International audienceThe paper addresses land cover monitoring at large scale. It investigates an a...
Nowadays, an ever increasing number of multi-temporal images is available, giving the possibility of...
The automated interpretation of aerial image data is a task with increasing significance for several...
In this study, we focus on the problem of vegetation moni-toring and change detection from remote se...
Environmental changes are amongst the most important research subjects in geography. The changes may...
The main purpose of thesis is creation and evaluation of models for change detection of arable land ...
The objective of this study is to develop a methodology to integrate multi-source remote sensing dat...
The main purpose of thesis is creation and evaluation of models for change detection of arable land ...
Change detection is usually treated as a problem of explicitly detecting land cover transitions in s...
Automatic change detection is an important challenge in multitemporal remote sensing applications. S...
Change detection is usually treated as a problem of explicitly detecting land cover transitions in s...