Practical applications in digital communication need non-maximally decimated filter banks to provide oversampled baseband signals for other necessary operations. The non-maximally decimated filter banks allow the required prototype filter to have wider transitional band to significantly reduce the required computational complexity. This Letter presents a non-maximally decimated filter bank structure derived by using multi-rate signal flow graphs.Published versio
Undecimated and decimated multivariate empirical mode decomposition filter banks (MEMDFBs) are intro...
This paper introduces a polyphase implementation and design of an oversampled K-channel generalized ...
In this paper, we study the direct design of M-channel nonuniform filter banks (NUFBs) and propose a...
Multi-rate filter banks play an important role in the field of signal processing. Many filter bank d...
In the information age, how to store, transmit and process digital signals effectively is a hot issu...
This report mainly studies the basic principles of multi-rate signal processing, presents a method o...
Filter banks are systems of several filters with a common input or a common output. They are used wh...
A number of topics in multirate digital signal processing, such as decimation and interpolation, pol...
The M channel maximally decimated filter bank shown in Fig. 1.1 has been studied extensively, (see r...
Maximally decimated filter banks have been extensively studied in the past. A filter bank is said to...
In digital filtering one of the main areas of investigation has been the search for computationally ...
In this paper, we describe an improved design method for multirate modulated filter banks with unifo...
Mixed analog/digital maximally decimated filter banks find applications in high-speed analog-to-digi...
This paper presents methods for the design of nonuniform filter banks. The filter bank structure is ...
A N-parallel branches maximally decimated filter bank is generally implemented using the polyphase c...
Undecimated and decimated multivariate empirical mode decomposition filter banks (MEMDFBs) are intro...
This paper introduces a polyphase implementation and design of an oversampled K-channel generalized ...
In this paper, we study the direct design of M-channel nonuniform filter banks (NUFBs) and propose a...
Multi-rate filter banks play an important role in the field of signal processing. Many filter bank d...
In the information age, how to store, transmit and process digital signals effectively is a hot issu...
This report mainly studies the basic principles of multi-rate signal processing, presents a method o...
Filter banks are systems of several filters with a common input or a common output. They are used wh...
A number of topics in multirate digital signal processing, such as decimation and interpolation, pol...
The M channel maximally decimated filter bank shown in Fig. 1.1 has been studied extensively, (see r...
Maximally decimated filter banks have been extensively studied in the past. A filter bank is said to...
In digital filtering one of the main areas of investigation has been the search for computationally ...
In this paper, we describe an improved design method for multirate modulated filter banks with unifo...
Mixed analog/digital maximally decimated filter banks find applications in high-speed analog-to-digi...
This paper presents methods for the design of nonuniform filter banks. The filter bank structure is ...
A N-parallel branches maximally decimated filter bank is generally implemented using the polyphase c...
Undecimated and decimated multivariate empirical mode decomposition filter banks (MEMDFBs) are intro...
This paper introduces a polyphase implementation and design of an oversampled K-channel generalized ...
In this paper, we study the direct design of M-channel nonuniform filter banks (NUFBs) and propose a...