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This case is not due to the availability of different access technologies, but due to the way the user receives a variety of services ATIS predicts a set of scenarios, where a service provider (such as a content provider or an application provider) is different from the access network provider [ATISNGN] A common case may be a news web site or a gaming web site that provides services to the users only through the Internet and the user needs to connect through an Internet provider or a cellular operator to access the web site for the service provider ATIS does recognize our previous case as well, ie the case where each service provider is offering only a subset of all access technologies and the user may need to use an access technology that is only offered by an access network provider different from its own service provider.

is likely to result in bizarre run-time behavior of str This is a good example of how the explicit cast is dangerous The initialization of pc with the address of a complex object occurs with no error or warning from the compiler due to the explicit reinterpret_cast All subsequent use of pc treats it as a char* object, and thus the initialization of str with pc is absolutely correct However, when we write

string str( pc );

7

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Tracking down the cause of this sort of problem can prove extremely difficult, in particular if the cast of pcom to pc occurs in a file separate from the one in which strsize() is invoked (the expected trailing null is absent) In a sense, this illustrates a fundamental paradox of the language The strong type-checking is intended to prevent just such an error An explicit cast, however, allows us to momentarily suspend type-checking At the point where we initialize str with pc, typechecking is back on; pc is indeed the correct type: a char* But it isn't, of course Because of the explicit cast, the compiler does not know that Standard C++ introduced the named cast operators to highlight this paradox, given the practical infeasibility of disallowing explicit casts themselves Prior to the introduction of named cast operators, an explicit cast was performed by a pair of parentheses (Standard C++ still supports this old-style cast):

Figure 7.9. CMC curve for video-based face recognition experiments A to C with distance measurement in (7.24).

char *pc = (char*) pcom;

The effect is the same as using the reinterpret_cast notation, but the visibility of the cast is considerably less, making it even more difficult to track down the rogue cast The language provides categories of the explicit cast notation, rather than a single notation, such as, for example:

Regardless of the case for operator co-existence, the operators need to have the proper business and trust relationships in place From a technology standpoint, establishing and deploying these business and trust relationships translate into terms that are familiar by now: solving authentication, authorization and accounting problems Operator co-existence translates into multi-domain AAA problems Since there are many ways to set up the relationships in a multi-domain scenario, co-existence will also take different forms and the AAA solutions need to be tailored specifically to each case:.

The area of video-based face recognition is less standardized than image-based approaches. There is no standard data set on which both image and video-based methods have been tried, thus we do the comparison on our own data set. This data set can be used for such comparison by other researchers in the future.

// not part of C++ char *pc = explicit_cast< char* >( pcom );

As a result, the programmer (as well as readers and tools operating on the program) can clearly identify the potential risk level of each explicit cast in code Whenever we are faced with inexplicable run-time program behavior, the likely culprit is a dysfunctional pointer One cause is an invalid explicit cast; it is therefore useful to use the reinterpret_cast operator to carry out and identify all explicit pointer casts (A second common cause of a rogue pointer is that the memory being addressed becomes invalid This can happen when we accidentally delete a pointer that is still being used or return the address of a local object This issue is addressed in Section 84 when we look at dynamic memory allocation in detail) The dynamic_cast supports the run-time identification of class objects addressed either by a pointer or reference Discussion of it is deferred until Section 191 when run-time type identification is introduced Old-Style Casts The cast notation syntax just presented is sometimes referred to as the new-style cast notation; it was introduced with Standard C++ Prior to that, explicit casts were carried out with a considerably more general cast notation spoken of now as the old-style cast notation Although the old-style cast notation continues to be supported within Standard C++, we recommend its usage only when writing code to be compiled either under the C language or pre-Standard C++ The old-style cast notation takes one of the following two forms:

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