routing path

Simulation results show that the length of the routing path constructed by this algorithm is very close to the optimal length. . .

First , calculate the least cost routing path by adding the cost of the IP site links that must be traversed to reach the destination .

It also changes the reverse routing path of every message, inserting the PackageTrackingResponseDestination.

This section contains details about the least cost routing path from the current Active Directory site to any remote Active Directory site.

Any message size limits that are specified on an Active Directory site link don't affect the selection of the least cost routing path.

The costs that are assigned to the IP site links in each routing path are added to determine the total cost to route the message.

The least cost routing path calculation is used to determine a backoff path when message delivery to the next hop fails.

Any message size limits that are specified on a routing group connector don't affect the selection of the least cost routing path.

The hub site must exist along the least cost routing path between the source and target servers.

For this routing behavior to occur, the hub site must exist along the least cost routing path between two Hub Transport servers.

The destination on which the mediation is applied could be added to the request message's reverse routing path.

Destinations can be linked to each other by means of configuration, effectively creating a routing path that messages follow.

After the least cost routing path is determined, the source Hub Transport servers relay messages to the target Hub Transport servers.

This is known as the forward routing path, and typically a request message will be sent with a path containing a single destination.

Any messages that exceed the maximum message size limit on any routing group connector in the least cost routing path won't be delivered.

It actively changes the routing path of the request message and sends cached response messages back to the service consumer.

If more than one remote Active Directory site has the same value for the least cost routing path, the first server on the list is selected.

Examine all possible routing paths across routing group connectors and select the routing path that has the least total cost.

At the bottom of the page, enter the forward routing path (Figure 15).

A routing path defines a sequential list of intermediary bus destinations that messages will pass through to reach a target bus destination.

Catch-all strategies are invoked if no routing path can be found for the current message.

If there is more than one hub site along the least cost routing path, messages stop at each hub site along the routing path.

The least cost routing path is also used if a message cannot be delivered to the target site.

Each destination and forward routing path ensures that the message is routed to the correct target service.

This destination will be prepended to the reverse routing path (if one already exists) as the message travels through that destination.

During routing resolution, when the connector selection is made, the least cost routing path to the destination address space is selected.

When calculating the least cost routing path to an Exchange 2003 or Exchange 2000 routing group, non-SMTP connectors were not considered.

In a genuine hub-and-spoke arrangement, there are no alternate message paths, and the routing path selection is straightforward.

The initial WS-Routing sender must generate a WS-Routing path header to indicate the WS-Routing message path.

This routing path has the least number of hops.

We'll modify the reverse routing path in the mediation on the outbound service destination.

Finally, it replaces the message's reverse routing path with the modified path.

The routing path where the Active Directory site nearest to the destination is lowest in alphanumeric order is used.

The protocol chooses the QoS routing path based on dynamic delay restriction and link stability factor.

If multiple routing paths are possible, only the routing path with the lowest aggregate cost is used.

If the message needs to be re-routed, the setRoutingPath(SIMessageContext) method is invoked to change the message's routing path.

A message also contains a reverse routing path.

Therefore, the routing path described in Option 1 is selected.

By default, Exchange 2007 determines the least cost routing path by using the cost that is assigned to the Active Directory IP site link.

Firstly, SDQR chooses the routing path based on dynamic delay restriction.

If a response is expected, then the request message will have a reverse routing path set.

SDQR chooses the routing path based on the above two conditions so as to provide good QoS performance.

Selecting the Least Cost Routing Path

The following logic is used to select the least cost routing path

This is done using the forward routing path of the inbound service destination, which can be declaratively set in the admin console

New routing path selection algorithm in MPLS TE

The routing path selection is a two-step process

The following algorithm is used to select the least cost routing path to a computer that is running an earlier version of Exchange Server