Method for effective protecting signalling message between mobile route and hometown agent
A home agent, signaling message technology, applied in electrical components, transmission systems, etc., can solve the problems of inability to resist man-in-the-middle attacks and poor security, and achieve the effect of reducing load and data transmission.
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Embodiment 1
[0078] Such as figure 1 As shown, there is no subnet nesting;
[0079]When there is no nesting of subnets, the whole processing flow is similar to the processing of MN in MIPv6, the difference is that the two need to process authentication options in different formats. NEMO can allow the nesting of subnets, which makes NEMO more robust, and also enables it to adapt to changing network topologies in wireless environments, with strong self-adaption. According to RFC3963, the processing of data packets in nested NEMO is mainly through tunneling. Although this method can basically handle the scenario of subnet nesting, it also brings many problems, especially in the depth When nesting, problems such as routing redundancy and long binding time are especially obvious. In such a topology, a relatively large security system like IPSec will bring a greater load to these nested MRs. Therefore, in an environment that does not require very high security, using the new NEMO authenticati...
Embodiment 2
[0088] Embodiment 2: There is a situation where subnets are nested;
[0089] In order to enable the present invention to handle NEMO authentication in an optimal manner, the invention proposes a new scheme for dealing with subnet nesting based on the above scheme when there is no nested topology. It is completely based on the new NEMO authentication option we invented above. The only difference is that when there is subnet nesting, the new incoming MR first asks the upper-level MR to replace the HA to authenticate the BU sent by the MR. If it passes, it will continue to be forwarded to the HA. , if not passed, refuse to provide service for this MR. Through this kind of optimization, illegal MRs can be found faster, and at the same time, new legal MRs can be served faster, instead of waiting for MR to register with HA (success or failure) before accepting or rejecting This new MR is especially evident in the advantages of the deeply nested NEMO topology scheme. The reason why...
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