Network interfaces in local IP subnet cofiguration and address resolution
Article by Xiaohe
There are three interfaces in and .
The interface between the terminal and access router over which the RAbeacon and RS/RA protocol run. This interface is present in both IPv4 and IPv6 but is optional in IPv4 and only used if Mobile IP is used for IP mobility management.
The interface supports both the beaconed RA protocol ( 3) to provide unsolicited router and subnet information and the broadcast/multicast request and unicast response RS/RA protocol ( 1 and 2) to allow the terminal to discover a router and solicit . The stateful interface supports a broadcast/multicast protocol to discover a server and a request/response protocol ( 1 and 2) to solicit information. The interface consists of a broadcast/multicast protocol from a terminal requesting an followed by a unicast reply from the terminal owning the address ( 1 and 2).
There are three interfaces in and .
The interface between the terminal and access router over which the RAbeacon and RS/RA protocol run. This interface is present in both IPv4 and IPv6 but is optional in IPv4 and only used if Mobile IP is used for IP mobility management.
The interface supports both the beaconed RA protocol ( 3) to provide unsolicited router and subnet information and the broadcast/multicast request and unicast response RS/RA protocol ( 1 and 2) to allow the terminal to discover a router and solicit . The stateful interface supports a broadcast/multicast protocol to discover a server and a request/response protocol ( 1 and 2) to solicit information. The interface consists of a broadcast/multicast protocol from a terminal requesting an followed by a unicast reply from the terminal owning the address ( 1 and 2).
There are three interfaces in and .
The interface between the terminal and access router over which the RAbeacon and RS/RA protocol run. This interface is present in both IPv4 and IPv6 but is optional in IPv4 and only used if Mobile IP is used for IP mobility management.
The interface supports both the beaconed RA protocol ( 3) to provide unsolicited router and subnet information and the broadcast/multicast request and unicast response RS/RA protocol ( 1 and 2) to allow the terminal to discover a router and solicit . The stateful interface supports a broadcast/multicast protocol to discover a server and a request/response protocol ( 1 and 2) to solicit information. The interface consists of a broadcast/multicast protocol from a terminal requesting an followed by a unicast reply from the terminal owning the address ( 1 and 2).
There are three interfaces in and .
The interface between the terminal and access router over which the RAbeacon and RS/RA protocol run. This interface is present in both IPv4 and IPv6 but is optional in IPv4 and only used if Mobile IP is used for IP mobility management.
The interface supports both the beaconed RA protocol ( 3) to provide unsolicited router and subnet information and the broadcast/multicast request and unicast response RS/RA protocol ( 1 and 2) to allow the terminal to discover a router and solicit . The stateful interface supports a broadcast/multicast protocol to discover a server and a request/response protocol ( 1 and 2) to solicit information. The interface consists of a broadcast/multicast protocol from a terminal requesting an followed by a unicast reply from the terminal owning the address ( 1 and 2).
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