Existing results on the generalized dissipativity of digital filters are limited to 1-D cases. This brief presents some novel results on the generalized dissipativity of 2-D filters in the discrete Fornasini–Marchesini second (FMS) form. More specifically, we propose a criterion to ascertain that single 2-D filters in the discrete FMS form are 2-D generalized dissipative. Using this result, a condition is established such that the interconnected 2-D filters in the discrete FMS form are 2-D generalized dissipative. Furthermore, the asymptotic stability of unforced interconnected 2-D filters is examined. It is shown that the results developed in our recent work for 1-D filters and in this brief for 2-D filters serve as an overall framework fo...
In this paper, the behaviours of stable second-order digital filters with two's complement arithmeti...
Two-dimensional variable recursive digital filters are applied in signal processing and communicatio...
Abstract-The theory for designing finite-duration impulse response (FIR) digital filters can readily...
Existing results on the generalized dissipativity of digital filters are limited to 1-D cases. This ...
This brief investigates the generalized dissipativity of digital filters with finite-wordlength arit...
Unstable modes, caused by finite wordlength effects are investigated for the case of 2-D digital fil...
Contains reports on one research project.National Science Foundation (Grant ENG71-02319-AO2
This paper investigates the problems of two-dimensional (2-D) dissipative control and filtering for ...
A new approach to generate 2-D filters having variable magnitude characteristics has been proposed. ...
In order to design 2-D digital systems with variable characteristics, product-separable IIR filters ...
This paper proposes a statistical sensitivity of 2-D separable-denominator digital filters using the...
This paper considers the problem of extended dissipativity analysis for digital filters, which simul...
Digital processing of two dimensional signals is becoming increasingly important, and is finding app...
Abstract. This paper discusses the invariance of the second-order modes of 2-D separable denomi-nato...
In the present paper, the Second Method of Lyapunov is utilized to establish sufficient conditions f...
In this paper, the behaviours of stable second-order digital filters with two's complement arithmeti...
Two-dimensional variable recursive digital filters are applied in signal processing and communicatio...
Abstract-The theory for designing finite-duration impulse response (FIR) digital filters can readily...
Existing results on the generalized dissipativity of digital filters are limited to 1-D cases. This ...
This brief investigates the generalized dissipativity of digital filters with finite-wordlength arit...
Unstable modes, caused by finite wordlength effects are investigated for the case of 2-D digital fil...
Contains reports on one research project.National Science Foundation (Grant ENG71-02319-AO2
This paper investigates the problems of two-dimensional (2-D) dissipative control and filtering for ...
A new approach to generate 2-D filters having variable magnitude characteristics has been proposed. ...
In order to design 2-D digital systems with variable characteristics, product-separable IIR filters ...
This paper proposes a statistical sensitivity of 2-D separable-denominator digital filters using the...
This paper considers the problem of extended dissipativity analysis for digital filters, which simul...
Digital processing of two dimensional signals is becoming increasingly important, and is finding app...
Abstract. This paper discusses the invariance of the second-order modes of 2-D separable denomi-nato...
In the present paper, the Second Method of Lyapunov is utilized to establish sufficient conditions f...
In this paper, the behaviours of stable second-order digital filters with two's complement arithmeti...
Two-dimensional variable recursive digital filters are applied in signal processing and communicatio...
Abstract-The theory for designing finite-duration impulse response (FIR) digital filters can readily...