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They both work on JDK 1.2 and later Java platforms. They both support all Windows platforms from 9x through XP, and they both support Linux.

OH HO 24S squamocin A (annonin, rollincicin) 24R squamocin D (asiminacin)

Tn Tn Tn i2 (t) + 2 (t) j Fi (Tn )Fj (Tn ) = Fi (0)Fj (0)exp i (t) + j (t) dt + i (t)dz i (t) + j (t)dz j (t) 2 0 0 0

The CRR trinomial tree is obtained by setting M = 1. Thus, as shown in Figure 4.2, we have a symmetric elementary tree structure where u = e

A box plot (sometimes known as a quartile plot) is often used to summarize data. Figure 17-8 shows a box plot created for four groups of data. The raw data appears in columns A through D. The range G2:J7, used in the chart, contains formulas that summarize the data. Table 17-1 shows the formulas in column G (which were copied to the three columns to the right).

del var1[,var2[,var3[....,varN]]]]

14

sion, rare-earth phosphors, producing CRIs of 70 to 78. RE-80 lamps use a thick coat of the narrow-emission, rare-earth phosphors, producing CRIs of 80 to 86. Quad-phosphor RE-90 lamps do not use the narrow-emission phosphors; they contain four wider-emission phosphors that produce CRIs of 95 at 3000 K and 98 at 5000 K (color plates 22 and 23). RE-90 rare-earth lamps with CRIs of 95 to 98 are the highest color-rendering fluorescent lamps available. High-Intensity Discharge (HID) Sources As with fluorescent lamps, high-intensity discharge (HID) lamps produce a discontinuous spectrum. The different metals in the arc of the various HID sources yield different colorrendering abilities. If you were to throw salt on a barbecue, the sodium chloride would make the flames appear yellow. Similarly, the sodium in highpressure sodium lamps makes their color appear yellow. If you were to throw mercury on a barbecue, although this is not recommended because it would cause mercury poisoning, the mercury would make the flames appear blue. Similarly, the mercury in mercury vapor lamps makes their color appear blue. High-pressure sodium lamps produce predominantly yellow light at 2100 K, which creates a shift in how we perceive almost all observed colors. Reds, greens, blues, and violets are muted (color plate 24). High-pressure sodium lamps have CRIs of 21 and 22. By further increasing the gas pressure inside the lamp, white high-pressure sodium lamps produce incandescent-like color at 2700 K with good color-rendering properties and a CRI of 85 (color plate 25). Low-pressure sodium lamps emit all visible energy at 589 nm, which means that

#include newmatap.h #include <vector> #include <math.h> #include Constants.h #include StatUtility.h class MatrixUtil { public: /************************************************************************ genCorrelatedDeviatesCholesky : computes correlated deviates from a Cholesky decomposition [in]: SymmetricMatrix& R : correlation matrix double dt : step size double z[] : correlated deviates array to be returned [out]: double z[] : array of correlated deviates /***********************************************************************/ double* genCorrelatedDeviatesCholesky(const SymmetricMatrix& R, double dt, double z[]) { int m = R.Nrows(); // number of rows int n = R.Ncols(); // number of columns Matrix lb(m,n); // lower-banded (lb) matrix StatUtil util; // Statistical utility class double deviate = 0.0; // standard normal deviate double dw[4] = {0.0}; // stores deviate*sqrt(dt) double sum = 0.0; long seed = 0; // seed for RNG long* idum = 0; // stores address of seed int i, j; lb = Cholesky(R); // calls Cholesky routine in NEWMAT library

Notice in this example that caller A does not need to be aware that callee B is deaf and is using a relay service to receive text. The UA for caller A also does not need to be enabled for SIP third-party call control. Only the relay service and the deaf user need to support it. The detailed messages for this and other scenarios for network-based transcoding are illustrated in RFC 4117. Call scenarios for relay services with human operators sometimes can support two human agents one for each sense of transmission so as to provide some degree of privacy since. Each agent is included in only one direction of the conversation. By contrast, using text-to-speech conversion and/or avatars in the endpoints does not expose any private information to other humans in the call.