The design of signal-adapted multirate filter banks has been an area of research interest. The authors present the design of a 2-D finite impulse response (FIR) compaction filter followed by a 2-D FIR filter bank that packs the maximum energy of the input process into a few subbands. The energy compaction property of the 2-D compaction filter is extremely good for higher filter orders and converges to the ideal optimal solution as the order tends to infinity. The design procedure is very straightforward and involves a 2-D spectral factorisation
This paper focuses on the design of signal-adapted finite-impulse response (FIR) paraunitary (PU) fi...
A new family of multidimensional dimensional (MD) perfect reconstruction (PR) two channel filter ban...
This paper extends a 2-D filter design method, which was introduced in [1], to the third dimension. ...
The design of signal-adapted multirate filter banks has been an area of research interest. The autho...
Energy compaction has proven to be an essential concept in signal-adapted data compression. In parti...
We propose algorithms for the design of FIR compaction filters, which find applications in FIR subba...
Optimization of filter banks based on the knowledge of input statistics has been of interest for a l...
The applications for the perfect reconstruction filter banks have been found in many areas of digita...
Signal udapted filter bank design that uses energv compaction as the adaptation criterion has been a...
In this paper we consider the optimization of compaction gain for filters belonging to a restricted ...
We study the design of signal--adapted FIR paraunitary filter banks, using energy compaction as the ...
Much attention has recently been given to the construction of signal-adapted orthonormal filter bank...
In this paper, we consider the design of 2D (two-dimensional) FIR (finite impulse response) multirat...
We have analyzed memory footprint and combinational complexity to arrive at a systematic design stra...
In digital filtering one of the main areas of investigation has been the search for computationally ...
This paper focuses on the design of signal-adapted finite-impulse response (FIR) paraunitary (PU) fi...
A new family of multidimensional dimensional (MD) perfect reconstruction (PR) two channel filter ban...
This paper extends a 2-D filter design method, which was introduced in [1], to the third dimension. ...
The design of signal-adapted multirate filter banks has been an area of research interest. The autho...
Energy compaction has proven to be an essential concept in signal-adapted data compression. In parti...
We propose algorithms for the design of FIR compaction filters, which find applications in FIR subba...
Optimization of filter banks based on the knowledge of input statistics has been of interest for a l...
The applications for the perfect reconstruction filter banks have been found in many areas of digita...
Signal udapted filter bank design that uses energv compaction as the adaptation criterion has been a...
In this paper we consider the optimization of compaction gain for filters belonging to a restricted ...
We study the design of signal--adapted FIR paraunitary filter banks, using energy compaction as the ...
Much attention has recently been given to the construction of signal-adapted orthonormal filter bank...
In this paper, we consider the design of 2D (two-dimensional) FIR (finite impulse response) multirat...
We have analyzed memory footprint and combinational complexity to arrive at a systematic design stra...
In digital filtering one of the main areas of investigation has been the search for computationally ...
This paper focuses on the design of signal-adapted finite-impulse response (FIR) paraunitary (PU) fi...
A new family of multidimensional dimensional (MD) perfect reconstruction (PR) two channel filter ban...
This paper extends a 2-D filter design method, which was introduced in [1], to the third dimension. ...