In this correspondence, we calculate the condition number of the linear operator that maps sequences of samples f(2k), f(2k+a), k¿Z of an unknown continuous f¿L2 (R) consistently (in the sense of the Unser-Zeruhia generalized sampling theory) onto the set of continuous, piecewise linear functions in L2(R) with nodes at the integers as a function of a¿(0,2). It turns out that the minimum condition numbers occur at a=v2/3 and a=2-v2/3 and not at a=1 as we might have expected. The theory is verified using the example of video deinterlacin
The book is about understanding the geometry of interpolating and sampling sequences in classical sp...
AbstractWe prove necessary and sufficient conditions for linear operators to approximate and interpo...
A unified approach to sampling theorems for (wide sense) stationary random processes rests upon Hilb...
In this correspondence, we calculate the condition number of the linear operator that maps sequences...
\u3cp\u3eIn this correspondence, we calculate the condition number of the linear operator mapping se...
In this correspondence, we calculate the condition number of the linear operator that maps sequences...
In this correspondence, we calculate the condition number of the linear operator that maps sequences...
In this correspondence, we calculate the condition number of the linear operator that maps sequences...
In this correspondence, we calculate the condition number of the linear operator that maps sequences...
In this correspondence, we calculate the condition number of the linear operator that maps sequences...
A lecture note introducing the sampling theorem as an interpolation method is presented. The relatio...
The goal of this work is to extend the results of [4] and [7]. Both of these works focus on specific...
The goal of this work is to extend the results of [4] and [7]. Both of these works focus on specific...
The goal of this work is to extend the results of [4] and [7]. Both of these works focus on specific...
A lecture note introducing the sampling theorem as an interpolation method is presented. The relatio...
The book is about understanding the geometry of interpolating and sampling sequences in classical sp...
AbstractWe prove necessary and sufficient conditions for linear operators to approximate and interpo...
A unified approach to sampling theorems for (wide sense) stationary random processes rests upon Hilb...
In this correspondence, we calculate the condition number of the linear operator that maps sequences...
\u3cp\u3eIn this correspondence, we calculate the condition number of the linear operator mapping se...
In this correspondence, we calculate the condition number of the linear operator that maps sequences...
In this correspondence, we calculate the condition number of the linear operator that maps sequences...
In this correspondence, we calculate the condition number of the linear operator that maps sequences...
In this correspondence, we calculate the condition number of the linear operator that maps sequences...
In this correspondence, we calculate the condition number of the linear operator that maps sequences...
A lecture note introducing the sampling theorem as an interpolation method is presented. The relatio...
The goal of this work is to extend the results of [4] and [7]. Both of these works focus on specific...
The goal of this work is to extend the results of [4] and [7]. Both of these works focus on specific...
The goal of this work is to extend the results of [4] and [7]. Both of these works focus on specific...
A lecture note introducing the sampling theorem as an interpolation method is presented. The relatio...
The book is about understanding the geometry of interpolating and sampling sequences in classical sp...
AbstractWe prove necessary and sufficient conditions for linear operators to approximate and interpo...
A unified approach to sampling theorems for (wide sense) stationary random processes rests upon Hilb...