AODV
routing algorithm is a source initiated, on demand driven,
routing protocol.
On demand
routing protocols are also termed as table driven
routing protocols hence it find route to the destination when it is needed to reduce the control overhead.
(4) Since CRAHNs are dynamic in nature, there is a need for a mechanism that can exchange the exact information about the spectrum opportunities (SOPs) during
routing.
In Mobile Ad Hoc Networks, because AODV use the simple flooding algorithm to broadcast the control packets in the
routing discovery process, this makes a large number of redundant control packets in the network, so the
routing overhead is larger, especially in the intensive network environments.
This figure depicts the
routing overhead for all four algorithms.
The rest of the paper is organized as follows: Section 2 proposes an associativity-based on-demand multipath source
routing protocol for mobile ad hoc networks.
Skills-based
routing can dramatically improve service levels, agent productivity and overall contact center efficiency with no additional training or staff.
Although scrap recyclers may not need specific
routing software, they can benefit from more comprehensive transportation management software, say some in the industry.
"Fanout is fanout and
routing is
routing, so don't mix the two!" To me this is utter nonsense.
More complex
routing protocols are explained in subsequent chapters, including the Interior Gateway
Routing Protocol, the Enhanced Interior Gateway
Routing Protocol,
Routing Information Protocol Version 2 and Open Shortest Path First.
Another step is to turn to the commercial market for newer, simpler
routing software.
For instance, XOR (www.xor.com) is a provider of customized e-business solutions that is itself multi-homed via T-3 links to five different Tier One (national or global) backbones as well as InterNAPs
routing service (discussed below), and offers its customers redundant connections in the data center.