1977
DOI: 10.1109/proc.1977.10584
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A Levinson-type algorithm for two-dimensional Wiener filtering using bivariate Szegö polynomials

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Cited by 65 publications
(17 citation statements)
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“…The recursions that we obtain for ai(.,.) were first described in [20], [21], and they differ from those presented by Justice [22] by the fact that the orders n and m of a I in z and w can be increased separately (Justice's recursions were requiring that either n or m be fixed a priori). These recursions present also some similarity with the recursions derived by Genin and Kamp [23] for 2-D orthogonal polynomials on the unit hypercircle (see [17]- [18] and (24]- [27] for more details).…”
Section: I-(00)mentioning
confidence: 99%
“…The recursions that we obtain for ai(.,.) were first described in [20], [21], and they differ from those presented by Justice [22] by the fact that the orders n and m of a I in z and w can be increased separately (Justice's recursions were requiring that either n or m be fixed a priori). These recursions present also some similarity with the recursions derived by Genin and Kamp [23] for 2-D orthogonal polynomials on the unit hypercircle (see [17]- [18] and (24]- [27] for more details).…”
Section: I-(00)mentioning
confidence: 99%
“…Origin of Toeplitz systems. Toeplitz systems of linear equations arise from many sources [31], [54], [57]: (a) linear filtering [31], [39], [46], [61], (b) maximum entropy spectral analysis [59], (c) antennas and arrays [55], (d) estimates of shaping and matching filters [62], (e) recursive estimation [32]; image processing [1]; control theory: (a) minimal realization problem [14], [25], (b) minimal design problem [37], [38], (c) adaptive estimation of control system parameters [3]; statistics" (a) statistical communication and detection [50], (b) stationary auto-regressive time series [28]; integral equations [16], [48]: (a) convolution-type V01terra equations, (b) convolution-type Fredholm equations; orthogonal polynomials [27], [30], [34]; partial differential equations [42]" (a) elliptic, (b) parabolic; Pad6 approximation [6], [7], [8], [9], [24], [26].…”
mentioning
confidence: 99%
“…But up to now, in this general framework no particular generalisation of the Levinson algorithm has proven to prevail. The problem is, indeed, to interweave conveniently the recursions on p and r, and the current algorithms (5) reduce in fact to the case of a vector model identification as proposed here.…”
Section: Vector Modelsmentioning
confidence: 99%
“…But, in fact, due to the stability problems (3) , (4) , generel non-separable bidimensional recursive fi1trs were not widely used in modelling. Furthermore, the attempts for introducing fast and efficient identification procedures (2d Levinson algorithm for instance) are fairly recent (5) , (6).…”
Section: Introductionmentioning
confidence: 99%