A Design of Wi-Fi Transmission Mechanism Based on Multi-identity Network

The MIN network is a new type of network structure, proposed based on the NDN network architecture and combining block chain technology. Each network feature identification in the MIN network can be given different communication semantics, and different network identification can also adopt the same communication with the same semantic, such as identity or IP identification, by making use of IP-like push-type communication semantics. MIN supports the newly added identification and endow it with new network semantics to expand the network layer. Combining an identity extension algorithm based on identity fallback allows new network identities to be rolled back to the old identity for forwarding in the old network domain. However, communication transmission is still based on TCP/IP. This article introduces a Wi-Fi transmission mechanism
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under the Multi-Identifier Network (MIN) to replace the TCP/IP protocol. It firstly introduces the basic composition and implementation of the MIN network system architecture. Then it explains the design and implementation of MIN Wi-Fi, focusing on the design logic structure, forwarding layer and control layer settings, and frame field design. Finally, it designs an experiment and after verification in a raspberry pie test environment, the MIN Wi-Fi mechanism can effectively communicate normally.