A multilayer encryption algorithm for smart network mobile terminal data link based on disturbance judgment
The traditional data link protection methods for smart mobile terminals usually do not consider interference judg-ment,resulting in single-layer visibility algorithms being easily interfered with and unable to fully protect sensitive information on mobile terminals.To address this issue,a multi-layer encryption algorithm for smart network mobile terminal data link is proposed.After analyzing the electromagnetic interference mechanism of the data link,determine whether the data link is affected by interfer-ence based on different trends and error rates under different disturbance frequencies.Based on these analysis results and judg-ments,design multi-layer encryption algorithms to enhance the security of the data chain.The first layer encryption technology is used to encode data chain data to ensure that the data is not tampered with and can be restored to the original data at the receiving end.The second layer encryption technology is used to ensure the security level of the data received from the data link unit,and to prevent malicious attacks from damaging the data.The third layer encryption technology is used to prevent virus intrusion and pro-tect data received from other data link nodes.Implement security protection of mobile terminal data links through multi-layer en-cryption technology.The experimental results show that the packet loss rate is low,the overall weighted protection time is relatively stable,and the length of the generated ciphertext is short.
intelligent networkmobile terminal data chainmulti-password joint protectionprotection method
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