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In Table 12.6 we summarize the values of the parameters assumed in our simulations. We assume that the best effort and the VoIP signaling traf c are negligible. For the coverage radio there are two extreme cases to consider. First is the case when the relay radio does not carry any traf c, Ur = 0 and PH = max{Uc PH max , PH min }. The power consumed by the relay radio will be PSleep which is equal to 2 mW. The coverage radio consumption will depend on UCO which varies from 0 to . Since we neglect any signaling or best effort traf c by assuming UBE = 0, then Pc = (UCO ) PMax + (1 UCO ) PSleep . Therefore, Pc varies between 0.752 W (UCO = ) and 0.002 W (UCO = 0). PH varies between 1 and 0.02 W respectively. Thus the total power consumed by the node varies between 0.024W and 1.752W. In the second case, the relay radio is fully utilized, Pr = 0.75 W, PH = 1 W and Pc varies between 0.002W and 0.75W, therefore, the total power will vary between 1.752W and 2.5W. Figure 12.12 shows PTotal vs UCO for several different relay radio consumption scenarios varying from Ur = 0 to 100%. It can be seen that as the utilization of both

#include "primerh" // shorter alias namespace mlib = cplusplus_primer::MatrixLib; // easier to read! void func( mlib::matrix &m ) { // mlib::inverse( m ); }

A namespace can have many synonyms, or aliases All the aliases and the original namespace name can be used interchangeably For example, given that the alias name Lib refers to the namespace cplusplus_primer, the definition of func() can be written as follows while preserving the same meaning:

// alias refers to the namespace cplusplus_primer namespace alias = Lib; void func( Lib::matrix &m ) { // alias::inverse( m ); }

Using Declarations It is possible to make the name of a namespace member visible so that the member can be referred to in a program using the unqualified form of its name, the one without the prefix namespace_name:: This is possible if the member is declared with a using declaration A using declaration begins with the keyword using, which is followed by the name of the namespace member The member name in the using declaration must be the qualified name For example:

namespace cplusplus_primer { namespace MatrixLib { class matrix { /* */ }; // } } // using declaration for the namespace member matrix using cplusplus_primer::MatrixLib::matrix;

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A using declaration introduces a name in the scope in which the using declaration appears For example, the preceding using declaration introduces the name matrix in global scope After the using declaration has been encountered, a use of the name matrix in global scope or in scopes nested within global scope refers to the namespace member For example, suppose the following declaration follows the using declaration

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void func( matrix &m );

file:///F|/WinDDK/resources/CPPPrimer/c++primerhtm (409 / 1065) [2001-3-29 11:32:07]

This declaration declares the function func() to have a parameter type that is cplusplus_primer::MatrixLib::matrix A using declaration behaves like any other declaration: it has a scope, and the name it introduces is visible from the point of the using declaration to the end of the scope in which the declaration is found A using declaration can appear in global scope as well as in any namespace scope A using declaration can also appear in a local scope As with any other declaration, a name introduced by a using declaration has these characteristics:

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It must be unique in its scope It hides the same name introduced by a declaration in an enclosing scope It is hidden by a declaration of the same name in a nested scope

For example:

namespace blip { int bi = 16, bj = 15, bk = 23; // other declarations } int bj = 0; void manip() { using blip::bi; // bi in function manip() refers to blip::bi ++bi; // sets blip::bi to 17 using blip::bj; // hides bj declared in global scope // bj in function manip() refers to blip::bj ++bj; // sets blip::bj to 16 int bk; // declaration in local scope of bk using blip::bk; // error: redeclaration of bk in manip() } int wrongInit = bk; // error: bk is not visible here // should be blip::bk