Sentences with phrase «cumulative distribution»

where Φ is the standard normal cumulative distribution function assuming that the knock - in level is lower than the strike price.

• our cumulative CAD in excess of cumulative distributions paid on our common stock, LTIP units or other equity awards beginning the first full calendar quarter after the spin - off.

Since the beginning of 2016, cumulative GAAP earnings have exceeded cumulative distributions to common stockholders — the dividend is economically covered.

If X is a random variable with a continuous cumulative distribution function G (x) and probability density function g (x), then it is well known that the random variable Y = G (X)(and therefore also Z = 1 — G (X)-RRB- has a uniform distribution on the interval [0,1].

Jeffreys» prior would in fact provide exact probability matching — perfect agreement between the objective Bayesian posterior cumulative distribution functions (CDFs — the integrals of PDFs) and the results of repeated testing.

Yes, comparing temperatures (or any other climatic variable) by quantiles to characterize changes in the entire cumulative distribution (cdf) should be the statistical analysis of choice.

Cumulative distribution functions for global - mean temperature changes over 1900 — 2005 and 1950 — 2005.

The Y - axis is the complimentary cumulative distribution (i.e., 1 minus the cumulative distribution function (CDF)-RRB-.

(B) Cumulative distribution of the change for the Ago IP mRNAs classified by the types of the seed matches in the 3 ′ UTR (Bartel, 2009).

Figure 2 is helpful to see the full range, but it is perhaps best to provide further analysis with the cumulative distribution function shown in Figure 3.

I consider the cumulative distributions of the potential impacts, such as TCR or SLR, as a more relevant comparison for risk - analysis rather than focusing on the specific peaks or shape.

Cumulative distribution functions for temperature changes over 1900 — 2005 and 1950 — 2005 for a GHG - only and b all anthropogenic forcings.

Cumulative distribution (in log) of burnt areas in relation to time - since - fire subdivided into five periods of contrasted fire activity.

In most cases, probability density functions (PDFs) of climate sensitivity are given, truncated over the range of 0 °C to 10 °C and scaled to give a cumulative distribution function (CDF) of 1 at 10 °C.

The multiple is named after the amount of equity that is realized, and is found by dividing the cumulative distributions from a project by the paid - 0in capital.