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Predictability (also called banality) is the degree to which a correct prediction or forecast of a system 's state can be made either qualitatively or quantitatively.
Perfect predictability implies strict determinism, but lack of predictability does not necessarily imply lack of determinism. Limitations on predictability could alternatively be ...
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Predictability at a time tau in the future is defined by (R(x(t),x(t+tau)))/(H(x(t))), and linear predictability by (L(x(t),x(t+tau)))/(H(x(t))), where R and L are the ...
The goal of CSEP is to develop a virtual, distributed laboratory-a collaboratory-that can support a wide range of scientific prediction experiments in multiple regional or global ...
U.S. CLIVAR produces a monthly electronic news-gram which includes timely information regarding upcoming meetings in addition to announcing climate research opportunities
Causal determinism is the thesis that all events are causally necessitated by prior events, so that the future is not open to more than one possibility.
To see the collection of prior postings to the list, visit the Predictability Archives. Using Predictability: To post a message to all the list members, send ...
Predictability. Predictability refers to (i) the existence of laws, regulations, and policies to regulate society; and (ii) their fair and consistent application.
Numetrics top-down design approach enables IC development teams to design circuits at a high level of abstraction, and use that to estimate project staffing requirements and ...
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Predictability (also called banality) is the degree to which a correct prediction or forecast of a system's state can be made either qualitatively or quantitatively. Although the second law of thermodynamics can tell us about the equilibrium state that a system will evolve to, and steady states in dissipative systems can sometimes be predicted, there exists no general rule to predict the time evolution of systems far from equilibrium, e.g. chaotic systems, if they do not approach some kind of equilibrium. Their predictability usually deteriorates with time. To quantify predictability, the rate of divergence of system trajectories in phase space can be measured (Kolmogorov-Sinai entropy, Lyapunov exponents).

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