Deletion of routes of routing tables of a wireless mesh network

1. A method of supporting peer-to-peer communication of a wireless mesh network, comprising: a node within the wireless mesh network maintaining a routing table that indicates a first route to a client device; the node receiving a different route to the client device; the node determining whether the different route is better or worse than the first route based on a client device age, a device age and an age at next hop, wherein the client device age indicates how long the client device has been associated with at least one access node of the wireless mesh network, the device age indicates when a downstream access node selected a route to the node, and the age at next hop indicates a time since a next wireless hop downstream device updated its routing table; the node deleting the first route to the client device after the node determines the different route is better than the first route; the node sending a route delete to the next wireless hop downstream device of the first route of the client device after the node determines the different route is better than the first route; determining whether the node is a gateway of the wireless mesh network and wherein when the node is determined to be a gateway of the wireless mesh network and determines the different route is better than the first route, the node broadcasting existence of a different route to other gateways of the wireless mesh network, the node sending a Gratuitous Address Resolution Protocol (GARP) to an upstream router that routes to the client device, and the node uni-casting a route delete to the other gateways.

2. The method of claim 1 , further comprising the node receiving a route delete from an upstream device, and deleting the route corresponding with the route delete.

3. The method of claim 2 , wherein the next hop device forwards the route delete as well, unless the next hop device is a leaf node that was connected to the client device.

4. The method of claim 3 , wherein when the route delete was received from a device that is not a present upstream device, the node ignores the route delete.

5. The method of claim 1 , wherein the route delete comprises a plurality of routes.

6. A method of a wireless mesh network supporting peer-to-peer communication, comprising: a first node within the wireless mesh network maintaining a routing table that indicates a first route to a client device; the client device associating with a second node within the wireless mesh network; the second node updating its routing table with a second route to the client device; each node upstream in a path from the second node to a default gateway of the second node, updating its routing table with the second route; the default gateway of the second node broadcasting a route to the client device; wherein each node located within a route between the default gateway of the first node and a previous leaf node of the client device deletes the route to the client device; determining whether the first node is a common ancestor node, wherein when the first node is a common ancestor node, the method further comprises: the first node receiving a different route to the client device; the first node determining whether the different route is better or worse than the first route based on a client device age, a device age and an age at next hop, wherein the client device age indicates how long the client device has been associated with at least one access node of the wireless mesh network, the device age indicates when a downstream access node selected a route to the node, and the age at next hop indicates a time since a next wireless hop downstream device updated its routing table; the first node deleting the first route to the client device after the node determines the different route is better than the first route; the first node sending a route delete to the next wireless hop downstream device of the first route of the client device, wherein the next hop downstream device is downstream from the first node after the node determines the different route is better than the first route.

7. The method of claim 6 , further comprising:

a default gateway of the first node receiving the broadcast from the default gateway of the second node;

the default gateway of the first node sending a route delete in a downstream path towards the first node.

8. The method of claim 6 , wherein when the first node is not a common ancestor node, the method further comprises:

the first node receiving a route delete from an upstream device; the first node deleting a route corresponding with the route delete; the first node forwarding the route delete to another next hop device.