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ance/distribute traffic by a randomization technique Also, some level of fault tolerance to route breakage can be provided Note that for simplicity, the above discussion only covers one DAG In TORA, one DAG should be maintained with respect to each destination So, intuitively, there are totally n DAGs overlapping with each other in a network with n hosts 17222 Data Forwarding The data forwarding part specifies how data packets are forwarded Two ways are possible: source routing and next-hop routing In source routing, the whole path to be traversed by a data packet is specified in each packet header, and an intermediate node simply follows the path to deliver the packet, so there is no need to check the routing tables of intermediate hosts during the packet s transmission The DSR protocol falls in this category.

On the contrary, in next-hop routing, only the destination host is specified in the data packets Each intermediate host must keep a routing table to determine to which host to forward the packet The AODV, TORA, and SSA protocols fall into this category The advantage of source routing is that intermediate hosts are free from keeping any routing information; all the related burdens are put on the source host The disadvantages are a longer data packet, which must carry complete routing information, and the overhead, which will increase proportionally with respect to the path length In next-hop routing, routing information is set up in intermediate hosts Since routing tables may change dynamically, data packets belonging to the same session do not necessarily follow the same path This allows some level of fault tolerance.

So this approach is more resilient to host mobility because we are allowed to fix some broken links or change to other routes locally without this being noticed by the source host, whereas in source routing, whenever an intermediate host roams away, we must go back to the source host to discover a new route 17223 Route Maintenance There are several ways to detect a broken link In DSR, which uses source routing, when an intermediate node forwards a data packet to the next node, the former node can snoop at the latter s traffic for some predefined time If the former hears no transmission from the latter, it assumes that the link to the next node is broken, in which case it will send an error packet to the source node.

For those protocols using the next-hop routing, route entries can be maintained even when no data packets are sent A host can maintain a list of all neighbors Route entries with a nonexistent neighbor can be removed In most protocols, on knowing that a route is broken, an intermediate host with undelivered data packets at hand can issue an ERROR packet to the source host On such notification, the source host can invoke another route discovery to construct a new route Also, on its way back to the source, the ERROR packet can be used to invalidate those stale route entries in other intermediate hosts On finding that a route is broken, it is not necessary to construct a completely new route by issuing another route discovery process This could be too costly.

In most cases, a route may become broken simply because one intermediate host in the route roams away The other part of the route may remain unchanged There are three protocols employing this idea to improve performance..

Unlike the Linux you may be familiar with, OpenWrt is pared down severely in order to fit in the 4 MB flash chip. The most striking difference is the lack of permanent disk space. The disk is really the flash chip, and the base OpenWrt system fills most of that up. OpenWrt also creates a RAM disk with the available RAM and that offers a good temporary storage location. Many OpenWrt setups operate entirely in a read-only file system mode where the flash disk cannot be written to. This is more secure, but makes for a miserable hacking experience. To store changeable configuration information like network setup and Wi-Fi settings, a special 64 KB section of the flash chip is reserved for what is known as NVRAM (for non-volatile RAM, even though it s not RAM any longer). OpenWrt, the bootloader, and the stock vendor firmware all use NVRAM. This means that firmware upgrades don t erase your network configuration.

Case MAX STATFUNCTION Case MIN STATFUNCTION Case VAR STATFUNCTION Case STDEV STATFUNCTION Case Else STATFUNCTION End Select End Function

by multiplying the length in byte by tb if it is not speci ed. For example, the time duration tAck for an acknowledgment frame is LAcktb.