Electronic Communication Data Link Encryption Simulation Based on Wireless Communication
This work addresses encryption simulation for electronic communication data links, but it appears incremental as it builds upon existing elliptic curve cryptographic methods.
The authors tackled the problem of simulating electronic communication data link encryption by proposing a solution based on wireless communication, which improved an elliptic curve cryptographic algorithm to achieve an encryption time of only 2.31 milliseconds, lower than other algorithms.
In order to improve the simulation effect of electronic communication data link encryption, the author proposes a solution based on wireless communication. The main content of this technology is based on the research of wireless communication, improve the elliptic curve cryptographic algorithm to build a system encryption model, obtain legal and valid node private keys, evaluate and analyze the relevant security attributes of the system, verify the security of the keys, and realize the encryption optimization of wireless network communication. Experimental results show that: Using the improved elliptic curve to simulate the system data chain encryption under the certificateless public key cryptosystem in network communication, the time is only 2.31 milliseconds, which is lower than other algorithms. Conclusion: It is proved that the technology research based on wireless communication can effectively improve the encryption simulation effect of electronic communication data link.