We ask whether statistical averages in chaotic systems can be computed or measured reliably under the influence of noise. Situations are identified where the invariance of such averages breaks down as the noise amplitude increases through a critical level. An algebraic scaling law is obtained which relates the change of the averages to the noise variation. This breakdown of shadowability of statistical averages, as characterized by the algebraic scaling law, can be expected in both low- and high-dimensional chaotic systems.
|Number of pages||4|
|Journal||Physical Review Letters|
|Publication status||Published - 28 Oct 2002|
- UNSTABLE DIMENSION VARIABILITY
- ON-OFF INTERMITTENCY