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By highlighting the contingencies on which program effectiveness depends, the INUS approach reminds us that a program may be effective in some contexts with some clients, but not be effective elsewhere The INUS approach thus suggests modesty in our aspirations for social programs It also suggests modesty in our aspirations for evaluation research, in that we can usually hope to achieve only incomplete knowledge about the effectiveness of programs and policies But incomplete knowledge of a program s effects is generally much better than no knowledge, and may in fact be of great help in guiding action Of course, it is also desirable to try to obtain the missing knowledge about the contingencies on which program success depends, and this will often require the use of data-intensive techniques for identifying moderators of program impact (Julnes, 1995; Mark, 2001; Mark, Hofmann, & Reichardt, 1992; Mark, Henry, et al.

Example 6.5 Figure 6.16 shows the use of Ex in a two-site system running transactions T1 and T2. As mentioned in 5, Section 5.3.2, let s assume that the transaction subscript is a re ection of the timestamp/age for each transaction. In other words, T1 is older than T2 because one is less than two. The following should be obvious from Figure 6.16:

SIGNALING DATA-LINK LAYER (LAYER 1)

, 2000), which are discussed later in the context of principled discovery In sum, a useful and meaningful perspective on causation can be achieved by integrating (a) the counterfactualist de nition of cause with (b) an emphasis on underlying generative mechanisms and (c) Mackie s model of the contingent and elliptical nature of causal relations Having considered this threefold conceptualization of causation, let s see how it plays out in the context of some speci c methods for causal analysis..

Generally, selecting objects conforms to standard Windows practices. You can select a range of cells by clicking and dragging. Clicking an object that has been placed on the draw layer selects the object. To select multiple objects or noncontiguous cells, press Ctrl while you select the objects or cells. To select a large range, click a cell at any corner of the range, scroll to the opposite corner of the range, and press Shift while you click the opposite corner cell.

11422 Forward Generation of RTs Each RT de ned in the CDM written in the ERM language will result in the generation of properties in the OODM Because RTs in the ERM are bidirectional, we need to create a separate property for each direction if we want to support navigation for both directions in the OODM rendition of the DM Each many-to-many RT will result in the generation of at least one plural property (two of them if the bidirectional navigation is desired) Although there are several techniques for generating the equivalent of an RT with degree greater than two, avoiding them in the CDM is probably a wiser choice Similar to the NDM, the Identifying RT avor is not directly generated in the DM using this logical modeling language, because PKs and FKs are not used 1142.

Yes-Bi. Yes-Ch. Yes-Ph. Yes-Bi. Yes-Ph. Yes-Bi. Yes-Ch. Yes-Ph. Yes-Bi. Yes-Bi. Yes-Ch. Yes-Ph. Yes-Bi. Yes-Ph. Yes-Ph. Yes-Bi. Yes-Ch. Yes-Bi. Yes-Bi.

3 Forward Generation of ETs Each ET de ned in a CDM written in the ERM language will result in the generation of a new class in the OODM The OODM is similar to the NDM and HDM, with respect to the handling of Weak ETs in other words, it is essentially ignored most of the time Each AT de ned in the ET will result in the generation of a property in the new class 11424 Forward Generation of ITs Each IT de ned in the CDM written in the ERM language will generate an inheritance relationship in the OODM The classes corresponding to Super ET and Sub ETs will be used as the superclass and subclasses in the OODM ITs in the ERM usually use single inheritance, but if multiple inheritance is used, then there might be some issues when generating the OODM inheritance relationships.

If an IT uses the Total participation avor, the superclass in the OODM will be declared as abstract (or virtual) to enforce this Otherwise, if the IT uses Partial participation, then a concrete superclass will be used There is no direct support for the Overlapping IT avor all inheritance in the OODM is Disjoint, but techniques similar to those used in the RDM can be used to capture this avor indirectly if necessary 1143 Rules for Reverse Engineering.