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15 CONCLUDING REMARKS A mobile ad hoc network is one of the most innovative and challenging areas of wireless networking and tends to become increasingly present in our daily life [69] An ad hoc network is clearly a key step in the next-generation evolution of wireless data communication when we consider the different enabling networks and technologies An ad hoc network inherits the traditional problems of wireless and mobile communications, including bandwidth optimization, power control, and transmission quality enhancement In addition, MANETs pose new research problems due to the multihop nature and the lack of a xed infrastructure These problems are related to algorithms for different aspects such as network con guration, topology discovery and maintenance, and routing The problems in ad hoc networks face a very important and fundamental question that is the dynamic network topology.

file:///F|/WinDDK/resources/CPPPrimer/c++primerhtm (110 / 1065) [2001-3-29 11:32:03]

{ found = look_for( /* something */ ); // found's value promoted to either 0 or 1 occurrence_count += found; }

Just as the literals false and true are automatically promoted to the integer values 0 and 1, if necessary, arithmetic and pointer values are implicitly converted to a value of type bool A zero value or a null pointer value is converted to false; all other values are converted to true For example:

// returns count of occurrences extern int find( const string& ); bool found = false; if ( found = find( "rosebud" )) // ok: found == true // returns pointer to item if present extern int* find( int value ); if ( found = find( 1024 )) // ok: found == true

This has a serious impact on the design of algorithms for ad hoc networks since they are expected to work properly under different and unpredictable scenarios Similar to other distributed problems, a designer can start reasoning about an algorithm for this type of network, initially considering a static version of the problem In a static version, it is reasonable to assume that there is a global topological information of the network, the computation happens just once, and the proposed solution is a centralized algorithm On the other hand, when we consider a dynamic solution for the same problem, it is reasonable to assume that there is only local information, the computation happens continuously along the time the network is operational, and the proposed solution is a distributed algorithm Clearly, the dynamic solution is more useful for ad hoc networks.

Enumeration Types Often when we program we need to define a set of alternative attributes to associate with an object A file, for example, might be open in one of three states: input, output, and append Typically, we keep track of these state values and attributes by associating a unique constant number to each Thus, we might write the following

const int input = 1; const int output = 2; const int append = 3;

and use these constants as follows:

bool open_file( string file_name, int open_mode); // open_file( "Phoenix_and_the_Crane", append );

Comments 16.5 The square rooting of a real number could produce an under ow, as the nal value of e could be smaller than emin.

Although this works, there are a number of weaknesses with it The primary one is that there is no way to constrain the range of values being passed in to those of input, output, and append Enumerations provide an alternative method of not only defining but also grouping sets of integral constants For example:

However, a detailed study of the static solution tends to provide valuable insight for the design of a distributed version, is useful to determine the upper bound on the performance of the algorithm, can even be applied to stationary ad hoc networks such as commercial mesh-based broadband wireless solutions, and is simple to understand..

enum open_modes{ input = 1, output, append };

file:///F|/WinDDK/resources/CPPPrimer/c++primerhtm (111 / 1065) [2001-3-29 11:32:03]

open_modes is an enumeration type Each named enumeration defines a unique type and can be used as a type specifier For example:

void open_file( string file_name, open_modes om );

is considerably reduced If the source node has no information about the speed and the direction of the destination node, the entire network is considered as the expected zone Before sending a packet, a source node determines the location of the destination node and de nes its request zone, the zone in which it initiates ooding with the route request packets In some cases, the nodes outside the request zone may also be included If the source node is not inside the destination node s expected zone, the request zone has to be increased to accommodate the source node Also, a situation may occur where all neighboring nodes of the destination node may be located outside the request zone In this case, the request zone has to be increased to include as many neighboring nodes as possible.