Method of identifying user identity by digital certificate based on separating mapping network
A digital certificate and user identity technology, applied in the network field, can solve problems such as inability to confirm the identity information of the other party, potential safety hazards, and failure to form an effective binding between the host identity and the host identifier, so as to standardize user network behavior, manage well, and Effects of implementing network manageability features
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Embodiment 1
[0089] Embodiment 1: In this embodiment, the method of the present invention uses a digital certificate digest to construct a 128-bit access address to realize the separation of user identity and location.
[0090] Among them, the routing address of the access router uses a 128-bit IPv6 address, and the network routing address allocation method is mapped according to address separation. In this embodiment, the access router is allocated routing addresses in the address aggregation manner according to the network topology, and the access router has a certain A large number of routing addresses are used by the access terminal to facilitate terminal location management and data packet routing and forwarding; according to the IP address, the current domain location management of the access terminal can be implemented, and the intermediate router can directly implement routing and forwarding based on the IP address regardless of identity.
[0091] The access address of the access router ...
Embodiment 2
[0093] Embodiment 2: The present invention introduces in the address separation mapping network the network topology structure diagram that realizes the real identity confirmation of the access terminal is as follows: Figure 5 As shown, Figure 5 The schematic diagram of the authentication process of terminal A by the access router AR1 is as follows: Image 6 Shown.
[0094] in Image 6 In the data packet P, N1 is the pseudo-random number generated by the terminal A for this session; in the data packet V, N1 is the pseudo-random number in P; N2 is the pseudo-random number generated by the access router in this session ; DH is the initial parameter of Diffie-Hellman key exchange; iface is the identification of the data packet P arriving at the AR1 interface; HMAC rs It is the message authentication code of N2, D-H, iface and other domains; rs is the password for accessing the router, which recurs every minute.
[0095] In the data packet M, {Cert_1} represents the ciphertext of the...
Embodiment 3
[0107] Embodiment 3: The process of mutual confirmation of the true identities of terminal A and terminal B introduced in the address separation mapping network of the present invention is as follows: Figure 7 Shown.
[0108] in Figure 7 In the data packet P', N4 is the pseudo random number generated by the terminal A for this session; in the data packet V', N4 is the pseudo random number in P'; N5 is the pseudo random number generated by the terminal B in this session Pseudo-random number; D-H' is the initial parameter of the Diffie-Hellman key exchange; iface' is the identification of the data packet P arriving at the terminal B interface; HMAC rs‘ It is the message authentication code of N5, D-H’, iface’ and other domains; rs’ is the password of terminal B, which recurs every minute.
[0109] In the data packet M', {Cert_1} represents the ciphertext of the digital certificate of the terminal A, and the encryption key is the session key obtained by calculating the Diffie-Hellm...
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