In particular, cognitive interventions using epistemic knowledge attached to the concept of probability--for instance, familiarizing the learner with other scientific interpretations of probability (9), and with the epistemic knowledge connected to the scientific design of the

mathematical probability and of each of the scientific interpretations of probability individually and connected to the way these formal accounts represent the physical reality--will potentially (10) help the gambler to distinguish between probability and physical possibility, by taking probability as a mathematical or pseudo-mathematical non-absolute measure of possibility, understanding that probability measures only events belonging to ideal structures that only approximate reality through representation.

This displays the

mathematical probability of certain weather events occurring, a valuable tool for making informed decisions and planning ahead.

Fuzzy logic is not in competition with

mathematical probability theory in the process of evaluating random events.

For a definition of statistical information obtained within the process of operating ITS, an assessment of

mathematical probability, correlation and dispersion functions should be calculated.

It is highly probable that this book is an excellent choice for exploring the theory of

mathematical probability.

With applications including wavelets, fractals and engineering topics such as frames and signal or image processing are presentations on harmonic analysis, symmetric spaces, representation theory (including continuous, discrete, finite, infinite, compact and non-compact groups), operator theory, partial differential equations and

mathematical probability.

Next, the contribution of the Port-Royal Logique (1662) to the development of

mathematical probability theory is noted (pp.

There's a

mathematical probability the Delta Devils could win, but even math whizzes like Speech and Green know the odds are against them.

This is a complicated and challenging process that relies on historical records and

mathematical probability analysis.

For example, prominent Cambridge astrophysicist Sir Fred Hoyle concluded that the

mathematical probability of life evolving randomly was "so utterly minuscule" (listing the odds of it happening at 1 to 1 plus 40,000 zeroes) that it was too ridiculous to believe.

Nick Mordin, for example - our systems expert - was a racing intellectual with a vice-like grip on

mathematical probability, performance patterns and pedigree analysis.