We introduce a measure of complexity for exponentially convergent ODEs, enabling an algorithmic analysis of continuous time flows and their comparison with ...
Jul 30, 2001 · In this paper we define a measure of computational complexity which reflects the convergence time of a physical implementation of a given con-.
A measure of complexity for exponentially convergent ODEs is introduced, enabling an algorithmic analysis of continuous time flows and their comparison with ...
Aug 16, 1999 · The standard theory of computation and computational complexity [4] deals with computation in discrete time and in a discrete configuration ...
A Theory of Complexity for Continuous Time Systems | Journal of ...
dl.acm.org › doi › jcom.2001.0581
We introduce a measure of complexity for exponentially convergent ODEs, enabling an algorithmic analysis of continuous time flows and their comparison with ...
In this paper we survey previous work by the authors defining a complexity measure for certain continuous time systems. Starting point are energy functions ...
Hava T. Siegelmann, Asa Ben-Hur, Shmuel Fishman: A Theory of Complexity for Continuous Time Dynamics. MCU (1) 1998: 179-203. manage site settings.
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Oct 28, 2012 · We show that for continuous time dynamical systems described by polynomial differential equations of modest degree (typically equal to three),
We analyze the complexity of classically simulating continuous-time dynamics of locally interacting quantum spin systems with a constant rate of entanglement ...
We introduce a measure of complexity for exponentially convergent ODEs, enabling an algorithmic analysis of continuous time flows and their comparison with ...