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This is why the intermediate nodes buffer data packets until they receive link level acknowledgments from the next hop node When a link failure occurs at an intermediate node close to the destination, this node sets the emergency ag in its route request packets such that it increases the possibility of a faster recovery time If, however, the route has completely failed, the intermediate node forwards a failure noti cation to the source node by unicasting it to all neighboring nodes involved When a node receives a failure noti cation, it updates its routing tables accordingly Scalable Location Update-Based Routing Protocol (SLURP) [26] The SLURP focuses on developing an architecture scalable to large-size networks A location update mechanism maintains location information of the nodes in a.

vector<string >::iterator it = user_query->begin(), end_it = user_query->end(); for ( ; it != end_it; ++it ) switch( evalQueryString( *it )) { case WORD: evalWord( *it ); break; case AND: evalAnd(); break; case OR: evalOr(); break; case NOT: evalNot(); break; case LPAREN: ++_paren; ++_lparenOn; break; case RPAREN: --_paren; ++_rparenOn evalRParen(); break; }

The five eval operations (evalWord(), evalAnd(), evalOr(), evalNot(), and evalRParen()) do the actual building of the Query hierarchy Before we look in detail at their implementation, let's first consider their organization

file:///F|/WinDDK/resources/CPPPrimer/c++primerhtm (860 / 1065) [2001-3-29 11:32:13]

One strategy is to define each as an individual function, as we did originally in 6 with our text query routines The user query and derived Query subtypes represent independent data on which the functions operate This represents a procedural programming model; one we choose not to pursue As we did in Section 614 in introducing a TextQuery class within which to encapsulate our 6 operations and data, we wish here to introduce a UserQuery class within which to encapsulate and manage these operations and data One data member is the string vector to contain the actual user query A second data member is a pointer of type Query* to address the hierarchical representation of the query built up in eval_query() Three additional members are defined to handle the processing of parentheses: _paren, to help us in altering the default precedence of operator evaluation (we'll give an example in a moment), and _lparenOn and _rparenOn to keep a count of the number and kind of parentheses associated with the current query node (we saw the use of these in Section 1751 in the discussion of the virtual print() function) In addition to these five members, we require two more Consider the following query:

Our eventual goal is to represent this query as the following OrQuery object:

decentralized fashion by mapping node IDs to speci c geographic subregions of the network where any node located in this region is responsible for storing the current location information for all the nodes situated within that region When a sender wishes to send a packet to a destination, it rst queries nodes in the same geographic subregion of the destination to get a rough estimate of its position It then uses a simple geographic routing protocol to send the data packets Since the location update cost is dependent on the speed of the nodes, for high speeds, a larger number of location update messages are generated By theoretical analysis, it is shown that the routing overhead scales as O(v) where v is the average node speed and that it and also scales as O(N 3/2 ) where N is the number of nodes within the network.

OrQuery NameQuery( "fiery" ) NameQuery( "untamed" )

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