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} // receive notification of character data public void characters (char ch[], int start, int length) { if(current != null && text != null) { String value = new String(ch, start, length); text += value; } } }

more extensive work ow and business process management, work such as BPEL4WS, but full support for dynamic service-oriented architectures is challenging. Regardless, web services are applicable to the service models discussed in this section. In addition to the issues discussed earlier, the contents of a wish list for the technical requirements for service model will be discussed next. The service model shall be able to represent entities, their properties and interrelations. The model should be suf ciently generic so that new kinds of services can also be expressed with the basic model. At the same time, the model should be simple and understandable. Furthermore, in view of cognitive aspects discussed earlier in this chapter, the model should also be coherent and concrete. It should include abstractions suitable for the reusing of con gurations, such as service templates and components. Some more detailed issues include

1

Then there exists a version X = {X(t) : t T } of the process Y such that the paths t X(t) are continuous on [0, 1]. Proof. For n = 1, 2, . . .; k = 0, 1, . . . , 2n 1, let Ek,n = Y k+1 2n Y k 2n (2

hydrocarbons appear in the 3000 2800 cm 1 range and the C H stretching bands of methyl groups and methylene groups are readily differentiated. For methyl groups, asymmetric C H stretching occurs at 2870 cm 1 , while symmetric C H stretching occurs at 2960 cm 1 . By comparison, methylene groups show asymmetric stretching at 2930 cm 1 and symmetric stretching at 2850 cm 1 . C H bending gives rise to bands in the region below 1500 cm 1 . Methyl groups produce two bending bands, i.e. a symmetrical band at 1380 cm 1 and an asymmetrical band at 1475 cm 1 . Methylene groups give rise to four bending vibrations: scissoring (1465 cm 1 ), rocking (720 cm 1 ), wagging (1305 cm 1 ) and twisting (1300 cm 1 ). The intensity of the methylene CH2 rocking band is useful as four or more CH2 groups are required in a chain to produce a distinct band near 720 cm 1 . Shorter chains show a more variable band, for instance, the CH2 rocking band for C4 H10 is near 734 cm 1 . Although these are the main characteristic bands associated with aliphatic hydrocarbons, there are a number of bands that appear in the spectra of such compounds as there is a wide range of structures possible. The main infrared bands for alkanes are summarized in Table 4.1.

Constraint C1 can be implemented during reachability testing by associating each receiving event r in variant V with a color that is either black or white If the sending partner of r is changed to derive variant V, r s color is set to black, and this color is inherited by r in any sequences collected from V Black receiving events are excluded from race tables (even though they may have nonempty race sets), which prevents the sending partners of black receiving events from being changed again For example, in Fig 730a, variant V1 was derived by changing the sending partner of r4 (see Fig 729) Therefore, the color of r4 in V1 will be black, and this color will be inherited by r4 in Q1.

chosen for the regression analysis, the overall validity of the Treynor ratio is dependent on the validity of the selected index as it relates to the underlying portfolio or fund. This is in direct opposition to the Sharpe ratio, which is self-contained, as it is based only on the historical returns of the portfolio or fund under review. Using the data previously calculated, we can calculate the Treynor ratio for the CAM small-cap value portfolio and the median small-cap value fund: TR(CAM SCV) = APR RFR 9.73 2.00 7.73 = = = 7.75 Beta* 0.9977 0.9977 APR RFR 5.01 2.00 3.01 = = = 3.04 Beta* 0.9912 0.9912