In this paper we are concerned with deblurring problems in the case of multiple images coming from the Large Binocular Telescope (an important example of telescope of interferometric type). For this problem, we are interested in checking the role of the boundary conditions in the quality of the reconstructed image. In particular, we will consider reflective and anti-reflective boundary conditions and the re-blurring idea. The results of the proposed combinations are quite satisfactory when compared with classical Dirichlet or periodic boundary conditions, especially when increasing the number of images acquired by the LBT. This behavior is confirmed by a wide numerical experimentation
We consider the classical de-blurring problem of noisy and blurred signals or images in the case of ...
A complete exploitation of the imaging properties of the Large Binocular Telescope (LBT) will requi...
The Large Binocular Telescope (LBT), which is currently under construction on the top of Mount Graha...
In this paper we are concerned with deblurring problems in the case of multiple images coming from t...
AbstractIn this paper we are concerned with deblurring problems in the case of multiple images comin...
Received —; accepted —. Our approach proposed in a previous paper for the reduction of boundary effe...
Abstract. Anti-reflective boundary conditions have been introduced recently in connection with fast ...
Given a blurred image and the corresponding blurring operator, we try to restore the original unblur...
Our approach proposed in a previous paper for the reduction of boundary effects in the deconvolutio...
Anti-reflective boundary conditions have been introduced recently in connection with fast de-blurrin...
Abstract. This survey paper deals with the use of anti-reflective boundary conditions for deblurring...
AbstractIn this paper we introduce a new boundary condition that can be used when reconstructing an ...
Abstract. The abrupt boundary truncation of an image introduces artifacts in the restored image. For...
In this paper we study a fast deconvolution technique for the image restoration problem of the Large...
Anti-reflective boundary conditions (BCs) have been introduced recently in connection with fast debl...
We consider the classical de-blurring problem of noisy and blurred signals or images in the case of ...
A complete exploitation of the imaging properties of the Large Binocular Telescope (LBT) will requi...
The Large Binocular Telescope (LBT), which is currently under construction on the top of Mount Graha...
In this paper we are concerned with deblurring problems in the case of multiple images coming from t...
AbstractIn this paper we are concerned with deblurring problems in the case of multiple images comin...
Received —; accepted —. Our approach proposed in a previous paper for the reduction of boundary effe...
Abstract. Anti-reflective boundary conditions have been introduced recently in connection with fast ...
Given a blurred image and the corresponding blurring operator, we try to restore the original unblur...
Our approach proposed in a previous paper for the reduction of boundary effects in the deconvolutio...
Anti-reflective boundary conditions have been introduced recently in connection with fast de-blurrin...
Abstract. This survey paper deals with the use of anti-reflective boundary conditions for deblurring...
AbstractIn this paper we introduce a new boundary condition that can be used when reconstructing an ...
Abstract. The abrupt boundary truncation of an image introduces artifacts in the restored image. For...
In this paper we study a fast deconvolution technique for the image restoration problem of the Large...
Anti-reflective boundary conditions (BCs) have been introduced recently in connection with fast debl...
We consider the classical de-blurring problem of noisy and blurred signals or images in the case of ...
A complete exploitation of the imaging properties of the Large Binocular Telescope (LBT) will requi...
The Large Binocular Telescope (LBT), which is currently under construction on the top of Mount Graha...