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Asynchronous p-persistent repetition (APR): the node transmits a packet in each of n available slots in a lifetime with probability p = k/n, while with probability 1 (k/n), it delays the message transmission to the next time slot In this case, the radio does not listen to the channel before it sends out a packet The positive integer k n is a design parameter of the protocol Synchronous xed repetition (SFR): the same as the AFR protocol except that all nodes are synchronized to a global clock similar to the slotted ALOHA scheme The generation and transmission of messages happen at the beginning of a slot This partially avoids overlap between packets It does require, however, a global clock Synchronous p-persistent repetition (SPR): similar to the APR except for the global synchronization among the nodes of packet generation and transmission.

The same is true for all the bottles for which q < 440; you need to produce them all because they all bring in a profit On the other hand, for all units above the q* level of output (q > 440), the case is reversed: the marginal revenue is less than the marginal cost (MR < MC) You lose money if you produce and sell those bottles For example, at an output level of 470 bottles, the MC is 267 while the MR is only 2 If you produce at that output level, you lose 67 pence on bottle number 470 Clearly, you don t want to do this By comparing the marginal revenues and marginal costs at all output levels, you can see that the managers of LemonAid want to produce exactly q* = 440 units, the number of units where the MR and MC lines cross.

Now, all this menu handler does is pop up a dialog box alert prior to exiting, but you can, of course, enhance it to allow the user to cancel the closing operation or do anything else you want. Next, you add a handler for the AudioSupportItem menu item. AudioSupportItem will use the Alert functions covered earlier in the chapter to query the system and find out what level of audio support is included on the device PianoBerry is running on. Regardless of any other supported audio interfaces, PianoBerry uses only basic audio, but the query is nonetheless

Asynchronous xed repetition with carrier sensing (AFR-CS): if a node with a new message to transmit senses that the channel is busy, the message is regarded as backlogged and the node will attempt the message transmission in the next empty slot The node repeats the attempt until the channel becomes idle Asynchronous p-persistent reception with carrier sensing (APR-CS): similar to the AFR-CS protocol with the repetition slots selected to follow the p-persistent scheme These protocols were studied analytically through simulation in NS2 (network simulator) and SHIFT (highway vehicle traf c simulator) Messages were generated based on events including on-board sensor measurements The message is passed down to the MAC layer, which attempts to send a message only within the lifetime of the message The preliminary results presented validated their simulation.

As we mention in the introduction to this section, producing where MR = MC doesn t guarantee you a profit, but it does at least make sure that you only produce bottles that bring in more money than they cost to make This formula by itself can t guarantee a profit because it doesn t take account of the fixed costs you have to pay no matter what level of output you re producing Even though you only produce bottles for which marginal revenue is at least as great as marginal cost, you still may not make enough of a gain from these bottles to pay off your fixed costs..

[[A S7 } C=T]]

There is an optimal probability for p-persistence protocols when transmitting packets beyond this point increases the number of congestion in the channel Also, the idea of sensing the channel before transmitting improves the performance as observed in this work, but introduces issues that have not been fully discussed such as synchronization of colliding stations The main conclusion is that AFR-CS showed the lowest probability of reception failure to be around 00008, less than one-tenth of the packet failure rate obtained for IEEE 80211 under the same conditions This indicates that repetitions with equal probability ( xed repetitions) help to overcome interference by giving a transmitter more chances to transmit The synchronous and asynchronous versions of this protocol have shown the same bene t However, it is more practical for the radios to sense the channel before transmitting than to synchronize the transmission of all nodes.

Summary

This is the reason why the AFR-CS protocol was the preferred choice by these authors The MAC protocols discussed here have been evaluated in simulations with limited real traf c data and mobility models This raises the question of their ef cacy to address the communication needs at link layer of real IVC/RVC applications..