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2 2 = (0.020)2 (30)2 + (0.100)2 (2)2 = 0.4

Architecture Directory Global Pointer Directory Thread Storage Directory Load Configuration Directory Bound Import Directory Import Address Table Directory Delay Import Directory COM Descriptor Directory Reserved Directory

(16.11) (16.12) (16.13)

SECTION HEADER #1 .text name 5EDA7 virtual size 1000 virtual address (77D41000 to 77D9FDA6) 5EE00 size of raw data 400 file pointer to raw data (00000400 to 0005F1FF) 0 file pointer to relocation table 0 file pointer to line numbers 0 number of relocations 0 number of line numbers 60000020 flags Code Execute Read Debug Directories Time Type Size RVA Pointer -------- ------ -------- -------- -------41107EEC cv 23 0005FD84 5F184 Format: RSDS, {036A117A-6A5C-43DE-835A-E71302E90504}, 2, user32.pdb 41107EEC ( A) 4 0005FD80 5F180 BB030D70 SECTION HEADER #2 .data name 1160 virtual size 60000 virtual address (77DA0000 to 77DA115F) C00 size of raw data 5F200 file pointer to raw data (0005F200 to 0005FDFF) 0 file pointer to relocation table 0 file pointer to line numbers 0 number of relocations 0 number of line numbers

Listing 4.1 (continued)

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The calculation of the probability of failure assumes F is Normally distributed, which is certainly not the case However, it is also not clear what the correct distribution of F is This example shows that, even for a very simple problem, the FOSM procedure gives different results for calculations based on M and on F even though the failure conditions (M = 0 and F = 1) are mathematically identical Discrepancies and inaccuracies can be expected to become larger as problems become more complicated Figure 161 illustrates the differences between the two computational approaches Values of c are plotted along the horizontal axis, and values of H /4 are plotted along the vertical axis The large black dot represents the mean values of both variables The heavy black line represents the failure condition (M = 0 or F = 1).

4

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C0000040 flags Initialized Data Read Write SECTION HEADER #3 .rsrc name 2A098 virtual size 62000 virtual address (77DA2000 to 77DCC097) 2A200 size of raw data 5FE00 file pointer to raw data (0005FE00 to 00089FFF) 0 file pointer to relocation table 0 file pointer to line numbers 0 number of relocations 0 number of line numbers 40000040 flags Initialized Data Read Only SECTION HEADER #4 .reloc name 2DB4 virtual size 8D000 virtual address (77DCD000 to 77DCFDB3) 2E00 size of raw data 8A000 file pointer to raw data (0008A000 to 0008CDFF) 0 file pointer to relocation table 0 file pointer to line numbers 0 number of relocations 0 number of line numbers 42000040 flags Initialized Data Discardable Read Only Summary 2000 3000 2B000 5F000 .data .reloc .rsrc .text

Points above it and to the left are unsafe, and those below it and to the right are safe The dashed lines represent constant values of M The solid lines represent constant values of F The lines for M = 0 and F = 1 coincide Reliability analysis is an attempt to quantify how close the system is to failure, that is how close the black dot is to the heavy failure line The FOSM analysis based on M does this by treating M as a surface whose contours are the dashed lines Then the most rapid line of descent to M = 0 is the negative gradient of the surface (the positive gradient is uphill) The negative gradient is identi ed on the gure, but, because the contours are parallel, the same gradient would be found anywhere on the M surface.

Listing 4.1 (continued)

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