Abstract:
Provided are a method and device for sending message. The method includes that: a mapping table is established; a message is received from a receiver; the mapping table is searched to obtain a Route Identification (RID) of an Access Service Node (ASN) of a sender corresponding to the message according to the message; and the message is sent to the ASN according to the found RID of the ASN. By the technical solution, the problem of non-uniformity of access manners for uplink and downlink data streams in a related technology is solved, and a proper access manner can be selected for the downlink data stream.
Abstract:
The embodiments of the present invention disclose a method, network element and terminal of achieving identity and location separation and interface identifier allocation. The method of achieving an identity and location separation network includes: an EPS network side network element acquiring an Access Identifier (AID) of a User Equipment (UE), and transmitting the acquired AID to the UE; a Packet Data Network Gateway (P-GW) to which the UE is attached allocating a subnet prefix for the UE, and transmitting the subnet prefix to the UE; and the UE combining into an IPv6 address using the AID as an interface identifier part of the IPv6 address and the subnet prefix as a subnet prefix part of the IPv6 address, and using the IPv6 address to configure the IPv6 address of the UE itself.
Abstract:
A mobile node mapping information update triggering method, information reporting method, mapping server and mobile node, applied to a Locator/Identifier Separation Protocol (LISP) network, wherein the mobile node mapping information update triggering method comprises: a mapping server (MS) receiving a mapping registration message for updating mapping information transmitted by a MN attached to the MS; the MS acquiring the information of a communication peer, and according to the information of the communication peer, transmitting a mapping update message to a peer mapping cache device corresponding to the communication peer of the MN, thus triggering the peer mapping cache device to update the cached mapping information. In the abovementioned solution, it overcomes the problem that the mobile node has to bear a large amount of signaling overheads in order to update the peer cache.
Abstract:
The embodiment of the present invention discloses a method for acquiring an identifier of a terminal in a network. The method includes: acquiring a device identifier of a current terminal which is registered in a network, herein the current terminal is a mobile user; and allocating a corresponding network identifier to the current terminal according to the device identifier of the current terminal such that the current terminal transmits data in the network by using the allocated network identifier, herein, the network identifier is a fixed public network Internet Protocol IP address or a fixed public network IP address and port number segment, allocated to the current terminal. The present invention further discloses a management network element and a computer storage medium.
Abstract:
The embodiments of the present invention disclose a method, network element and terminal of achieving identity and location separation and interface identifier allocation. The method of achieving an identity and location separation network includes: an EPS network side network element acquiring an Access Identifier (AID) of a User Equipment (UE), and transmitting the acquired AID to the UE; a Packet Data Network Gateway (P-GW) to which the UE is attached allocating a subnet prefix for the UE, and transmitting the subnet prefix to the UE; and the UE combining into an IPv6 address using the AID as an interface identifier part of the IPv6 address and the subnet prefix as a subnet prefix part of the IPv6 address, and using the IPv6 address to configure the IPv6 address of the UE itself.
Abstract:
A method for a mobile node dynamically obtaining a location identifier, and a locator/ID separation protocol (LISP) network are provided. The method is applied in the LISP network, including: when a mobile node moves to a new location, sending an address information allocation request including a first option to an address information allocation device, wherein, the first option includes attribute information of which a value represents globally routable; after receiving the address information allocation request, the address information allocation device preferentially selecting globally routable address information in locally available address information resources, and then replying with an address information allocation response carrying the selected address information to the mobile node, wherein the address information includes an address or a routing prefix.