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Finally, you re looking at something familiar. This is Defender s welcome message, and Defender is obviously preparing to print it out. The CALL instruction skips the string and takes us to the following code.

The code is taking the return address pushed by the CALL instruction and pushes it into the stack (even though it was already in the stack) and calls a function. You don t even have to look inside this function (which is undoubtedly full of indirect calls to copied KERNEL32.DLL code) to know that this function is going to be printing that welcome message that you just pushed into the stack. You just step over it and unsurprisingly Defender prints its welcome message.

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An in uence diagram uses event nodes representing the uncertain conditions surrounding a process, as well as activity nodes representing discrete process steps. Relationships among nodes are shown by directed paths, which sometimes are referred to as arcs or in uence lines. The graphical display of events, process steps, and consequences, and their relationships to components of the system being analyzed is used to visualize the impacts of external events or uncertainties. An in uence diagram is often used as an exploratory tool leading to the development of more formal event trees, and, as such, system states and uncertainties of various types may be mixed within the same diagram. The quanti cation of uncertainty in an in uence diagram is accomplished by building a compatible event tree in conjunction with the diagram. Such a tree consists of chance nodes corresponding to the risk and activity nodes in the in uence diagram, connected by branches delineating their paths of in uence (Clemen and Reilly 1991; Rowe 1977; Stedinger et al. 1996). Relationships among events in event trees follow a hierarchy from independence, through causality, to networked causality, and to temporal orderings. These may be shown in a number of ways, as suggested in Figure 20.9. Many analysts make no distinction between statistical correlations and causal effects, in that the mathematics of probability theory can be made to account for inverted ordering of events, even if the events are causally related.

trying to cover. However, if you are the fastest person in the eet and winning, there is usually no reason for sailing your own race. You should apply at least a loose cover to the eet, as there is no difference in the scoring between winning by an inch or by a mile. When approaching the windward mark, make sure you do not allow room for other boats to tack inside you. You should be approaching the mark at full speed. Let the sail controls off at the last minute When rounding marks it is important to avoid sailing through the eet and the dirty wind and water around them. At the windward mark try and pick a side to approach from when 4 6 boat lengths away (so you are not doing lots of tacks just below the windward mark). After rounding the downwind mark/gate try to avoid tacking into the boats still coming downwind.

Immediately afterward you have yet another call to 6DEF20 NtDelay Execution and that brings us to what seems to be the end of this function. OllyDbg shows us the following code:

Standard practice in constructing in uence diagrams (Marshall and Oliver 1995), similar to standard practice for decision trees (Pratt et al. 1995), is to represent node types by circles or ellipses for uncertainties, squares for decisions, and diamonds for outcomes. Typically, in uence diagrams in dam safety analyses do not include decision nodes, but that need not be the case. Some authors add a fourth, deterministic node, but this could be viewed as a degenerate case of an uncertain node (Bedford and Cooke 2001). A directed arc is used to denote dependence or conditionality in in uence diagrams. A directed arc joining node A to node B (Figure 20.10) may denote that, (1) event A causes

004041E2 004041E7 004041ED 004041F4 004041F9 004041FA 004041FB 004041FD 004041FE 004041FF 00404200 00404201 MOV EAX,Defender.004041FD MOV DWORD PTR DS:[4034D6],EAX MOV DWORD PTR SS:[EBP-8],0 JMP Defender.00403401 LODS DWORD PTR DS:[ESI] DEC EDI ADC AL,0F2 POP EDI POP ESI POP EBX LEAVE RETN

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