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Mayhew herself says, "I did not invent the concept of a Usability Engineering Lifecycle. Nor did I invent any of the Usability Engineering tasks included in the lifecycle . . . .". However, what her lifecycle does provide is a holistic view of usability engineering and a detailed description of how to perform usability tasks, and it specifies how usability tasks can be integrated into traditional software development lifecycles. It is therefore particularly helpful for those with little or no expertise in usability to see how the tasks may be performed alongside more traditional software engineering activities. For example, Mayhew has linked the stages with a general development approach (rapid prototyping) and a specific method (objectoriented software engineering (OOSE, Jacobson et al, 1992)) that have arisen from software engineering. The lifecycle itself has essentially three tasks: requirements analysis, design1 testingldevelopment, and installation, with the middle stage being the largest and involving many subtasks (see Figure 6.14). Note the production of a set of usability goals in the first task. Mayhew suggests that these goals be captured in a style guide that is then used throughout the project to help ensure that the usability goals are adhered to. This lifecycle follows a similar thread to our interaction design model but includes considerably more detail. It includes stages of identifying requirements, designing, evaluating, and building prototypes. It also explicitly includes the style guide as a mechanism for capturing and disseminating the usability goals of the project. Recognizing that some projects will not require the level of structure presented in the full lifecycle, Mayhew suggests that some substeps can be skipped if they are unnecessarily complex for the system being developed.

REV 1 t 04/20/05

To facilitate faster querying and searching over XML columns, SQL Server supports a special type of index called an XML index. XML indexes are different from regular indexes and are discussed later in this chapter.

if ST [Sth , ], while ST = Sth if ST [0, Sth ] because in this case, Pout is a monotonic decreasing function of ST . Combining the preceding two cases, we can conclude that (10.60) gives the optimal switching threshold in general.

(gdb) print ary@10 $3 = {0xbffffc90, 0x40015580, 0x400115800, 0x0, 0x1, 0x2, 0c3, 0x4, 0x5}

String getDescription() void setDescription( String desc )

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It would be useful to produce several drawings for location planning. Figure 4.23 shows an example of a layout scheme for planning a network topology.This shows the layout for two bus segments (it could possibly be a network set up with coaxial cables).The figure does not consider overview drawings that show the equipment arranged in rooms with cables and sockets. There ought to be another drawing that shows this. Here power points also ought to be marked, so that you know that you have enough points for connecting all the equipment. The location of servers and interconnection components such as hubs, bridges, and routers W l of course also be in the drawing. L

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10 6

Phagocytic cells, particularly the macrophages of the reticuloendothelial system located primarily in liver, spleen, and bone marrow, are especially active in glycosphingolipid catabolism. The glycosphingolipids are catabolized in lysosomes by sequential, irreversible removal of the carbohydrate residues-one at a time-followed by the hydrolysis of ceramide to sphingosine and a free fatty acid. This pathway requires enzymes that cleave specific bonds, including a - and P-galactosidases, a p-glucosidase, a neuraminidase, a hexosaminidase, a sphingomyelinase, a sulfatase, and a ceramide-specific amidase (ceramidase). Lysosomes are also responsible for the stepwise degradation of the glycosaminoglycan (GAG) chains of proteoglycans. The lysosomal enzymes are all acid hydrolases with pH optima in the range 3.5 to 5.5. The enzymes that hydrolyze glycosphingolipids often require sphingolipid activator proteins, which promote interaction between these enzymes and their water-insoluble lipid substrates.

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