Not exact matches
Stapp's thesis about possible spin -
values must not be confused with similar claims about the results
of actual measurements.
Using data without a safety margin, such as mean
values for a given turbine model,
measurements from a single turbine, or «best guess» for future turbines gives in principle a probability
of 50 per cent that the
actual erected turbines will emit more noise than assumed and that noise limits will be exceeded.»
The relevant integral is over an interval
of real -
valued measurements that round to the
actual recorded
measurement (which is written down with some finite number
of decimal places).
'' The relevant integral is over an interval
of real -
valued measurements that round to the
actual recorded
measurement»
None
of the numbers come from
actual measurements, and other people propose different
values and patterns
of flow for each segment.
But for those who want to see a better experiment that compared real and modeled conditions, take a look at Part Six — Visualization where
actual measurements of humidity and temperature through the atmosphere were taken, the detailed spectra
of downwards longwave radiation was measured and the model and measured
values were compared.
The Carleton spreadsheet comes with the Sun temperature set to 5880 K, and that
value seems to best map to the
actual measurements of the Solar spectrum as shown in Carleton and reproduced above as the leftmost panel
of my second graphic.
They contain parameters (that is, pieces
of input information) whose numerical
values are selected primarily to give the right answer about today's climate rather than because
of some
actual measurement.
I'm quite familiar with «noise» which represents anything appearing in an output
value,
of some variable that is neither present in the input nor dependent on any input
value; and
of course that «appearance» could be real as an
actual component
of an output signal, or it could be the result
of experimental
measurement error; due to limitations
of the experimental method or equipment.
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