We present a new technique for image interpolation based on polynomial transforms. This is an image representation model that analyzes an image by locally expanding it into a weighted sum of orthogonal polynomials. In the discrete case, the image segment within every window of analysis is approximated by a finite set of polynomial coefficients. We show how the problem of interpolating an image can be approached by interpolating the smooth window function used to locally analyze the image. Comparison with the existing interpolation techniques illustrates the good performance of the method presented in this paper
: An interpolation approach to reduction into triangular form of an arbitrary polynomial matrix is p...
We present new techniques for performing upsampling and interpolation on discrete-time signals using...
Image interpolation can be performed by a convolution operation using the neighboring image values. ...
We present a new technique for image interpolation based on polynomial transforms. This is an image ...
In this paper, we present an algorithm for deblurring and interpolating digital images. Deblurring i...
\u3cp\u3eIn this paper, we present an algorithm for deblurring and interpolating digital images. Deb...
In this paper, we describe how the recently developed technique of polynomial transforms can be appl...
In many image processing applications, the discrete values of an image can be embedded in a continuo...
Previous work at the Institute for Perception Research has resulted in a new model for representing ...
Publication in the conference proceedings of EUSIPCO, Lausanne, Switzerland, 200
International audienceFor 1D and 2D signals, the Shannon-Whittaker interpolation with periodic exten...
In the ofice. it is often necessary to scan a picture at a certain resolution and then reproduce it ...
This work presents a new method of fast cubic and higher order image interpolation. The evaluation o...
A reproducing-kernel Hilbert space approach to image inter-polation is introduced. In particular, th...
Newton’s interpolation is a classical polynomial interpolation approach and plays a significant role...
: An interpolation approach to reduction into triangular form of an arbitrary polynomial matrix is p...
We present new techniques for performing upsampling and interpolation on discrete-time signals using...
Image interpolation can be performed by a convolution operation using the neighboring image values. ...
We present a new technique for image interpolation based on polynomial transforms. This is an image ...
In this paper, we present an algorithm for deblurring and interpolating digital images. Deblurring i...
\u3cp\u3eIn this paper, we present an algorithm for deblurring and interpolating digital images. Deb...
In this paper, we describe how the recently developed technique of polynomial transforms can be appl...
In many image processing applications, the discrete values of an image can be embedded in a continuo...
Previous work at the Institute for Perception Research has resulted in a new model for representing ...
Publication in the conference proceedings of EUSIPCO, Lausanne, Switzerland, 200
International audienceFor 1D and 2D signals, the Shannon-Whittaker interpolation with periodic exten...
In the ofice. it is often necessary to scan a picture at a certain resolution and then reproduce it ...
This work presents a new method of fast cubic and higher order image interpolation. The evaluation o...
A reproducing-kernel Hilbert space approach to image inter-polation is introduced. In particular, th...
Newton’s interpolation is a classical polynomial interpolation approach and plays a significant role...
: An interpolation approach to reduction into triangular form of an arbitrary polynomial matrix is p...
We present new techniques for performing upsampling and interpolation on discrete-time signals using...
Image interpolation can be performed by a convolution operation using the neighboring image values. ...