L
László Gerencsér
Researcher at Hungarian Academy of Sciences
Publications - 166
Citations - 1912
László Gerencsér is an academic researcher from Hungarian Academy of Sciences. The author has contributed to research in topics: Estimator & Stochastic approximation. The author has an hindex of 21, co-authored 166 publications receiving 1828 citations. Previous affiliations of László Gerencsér include Free University of Berlin & McGill University.
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Cobalt−Oxo Core of a Water-Oxidizing Catalyst Film
TL;DR: The similarities in function and oxidative self-assembly of CoCF and the catalytic Mn complex in photosynthesis are striking and a close analogy is established with respect to the metal-oxo core of the catalyst.
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On a class of mixing processes
TL;DR: In this article, a class of mixing processes arising in the theory of identification of linear systems was introduced and a moment inequality, a uniform law of large numbers and its analogue when arithmetic mean is replaced by exponential smoothing.
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Identification of ARX systems with non-stationary inputs - asymptotic analysis with application to adaptive input design
TL;DR: This contribution provides formal results for convergence and asymptotic optimality of an adaptive input design method based on the certainty equivalence principle, i.e. for each time step an optimal input design problem is solved exactly using the present parameter estimate.
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Rate of convergence of recursive estimators
TL;DR: In this article, it was proved that the sequence of recursive estimators generated by Ljung's scheme combined with a suitable restarting mechanism converges under certain conditions with rate O(M (n^{{{ - 1} / 2}} ), where the rate is measured by the $L_q $-norm of the estimation error for any $1 \leq q < \infty $.
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The D1-D61N mutation in Synechocystis sp. PCC 6803 allows the observation of pH-sensitive intermediates in the formation and release of O₂ from photosystem II.
Preston L. Dilbeck,Hong Jin Hwang,Ivelina Zaharieva,László Gerencsér,Holger Dau,Robert L. Burnap +5 more
TL;DR: It is concluded that proton expulsion during the initial phase of the S(3)-S(0) transition starts with the deprotonation of the primary catalytic base, probably CP43-Arg357, followed by efficient proton egress involving the carboxyl group of D1-D61 in a process that constitutes the lag phase immediately prior to O(2) formation chemistry.