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networks Based on the works conducted by Kawadia and Kumar [1], we describe the impacts of power control on the layers in the protocol stack and then derive some guidelines to design ef cient power control algorithms in wireless ad hoc networks 1121 Wireless Network Architecture Wireless ad hoc networks are multihop wireless networks in which a set of mobile or stationary terminals cooperatively maintain the network connectivity [28] This on-demand architecture is completely from the wired and wireless local networks An example of a wireless ad hoc network topology is shown in Figure 111 Ad hoc networks are characterized by dynamic, unpredictable, random, multihop topologies with no infrastructure support Since wireless ad hoc networks are self-organized, they are helpful in situations where communications are needed but no infrastructure is available or the cost to build such infrastructure is not affordable.

is not treated as part of the if statement but rather is executed unconditionally following evaluation of the if statement So the occurrence count is always set to 1 Here is the if statement written as the programmer intended (the exact placement of the left curly brace is a topic of endless debate!):

if ( minVal > ivec[ i ] ) { minVal = ivec[ i ]; occurs = 1; }

Our second if statement is as follows:

r(p)

if ( minVal == ivec[ i ] ) ++occurs;

For example, they can be used in military environments, emergence operations, and so on Wireless ad hoc networks have attracted considerable attentions in recent years as evidenced by the IETF working group MANETs (Mobile Ad Hoc Networks) Due to the success of the layered architecture of current Internet, wireless ad hoc networks are also developed based on the same layered structure with slight modi cations The typical protocol stack for a generic wireless ad hoc network is shown in Figure 112 The hierarchy of layers provides natural abstractions to deal with the natural hierarchy present in networks r Physical Layer The physical layer is responsible for converting bits into radio signals, and it disseminates them in the wireless medium It consists of-radio frequency (RF) circuits, modulation, and coding systems r Data Link Layer.

Notice that the order of the if statements is significant Our function will always be off by 1 if we place the statements in the following order:

if ( minVal > ivec[ i ] ) { minVal = ivec[ i ]; occurs = 1; } // potential error if minVal // has just been set to ivec[i]

file:///F|/WinDDK/resources/CPPPrimer/c++primerhtm (192 / 1065) [2001-3-29 11:32:04]

if ( minVal == ivec[ i ] ) ++occurs;

The data link layer is responsible for establishing a reliable and secure logical link over the unreliable wireless medium The data link layer is thus responsible for sharing the wireless medium, link error control, and security The data link layer have two sublayers: Media Access Control (MAC) sublayer.

Not only is the execution of both if statements on the same value potentially dangerous, but it is also unnecessary The same element cannot be both less than minVal and equal to it If one condition is true, the other condition can be safely ignored The if statement allows for this kind of either-or condition by providing an else clause The syntactic form of the if-else statement is the following:

If condition evaluates to true, statement1 is executed; otherwise, statement2 is executed For example:

if ( minVal == ivec[ i ] ) ++occurs; else if ( minVal > ivec[ i ] ) { minVal = ivec[ i ]; occurs = 1; }

In this example, statement2 is itself an if statement If minVal is less than the element, no action is taken In the following example, one of the three statements is always executed:

The cost and computation time of the SRT-4 basic cell of Figure 13.18 are given by Cbasic cell 6:CLUT 6:Cmux CAND2 Cadder=subtractor (n 1), Tbasic cell TLUT 3:Tmux Tadder=subtractor (n 1), (13:28) (13:29)