Figure 1 A multihop relay network consisting of source, relays, and destination in a wireless ad hoc networks.
It is well known that the channel impairments such as shadowing, multipath fading, distance-dependent path losses, and interference often degrade the link quality between the source and destination in a wireless network.
The easiest way to determine your travel distance is by entering your origin and destination in an online mapping service such as Google Maps or MapQuest.
In a hypothetical example offered by Mr. Marvit, a traveler might bargain with an airline, offering a mixture of money, frequent-flier mileage and flexibility over route and destinations in exchange for a lower fare on the ticket and other benefits.
In this scheme, communication is possible between the specified source and destination in VANETs under a certain mathematical assumption.
Then, once built, the trains would get people out of cars and planes and to their destinations in a way that would be cleaner and use less foreign oil.
Assignment of a triage score and destination in the emergency department has an important impact on the course of a patient's ED visit[4].
When the device is able to send packets again, it also has to modify the source and destination address in a data frame based on new addresses.
We consider a dual-hop relay system that consists of reference source, relay, and destination nodes in a Poisson network as shown in Figure 1.
In Figure 6, p1 and p4represent the source node and destination node in a flow, respectively, and p2 and p3represent the relay nodes.
