Due to low efficiency of communication data transmission, low security of dynamic migration and high error of communication data migration in current algorithms, an algorithm to enhance the security communication data of dynamic migration in optical fiber network based on multi-valued attribute and fuzzy attribute was proposed. Firstly, the communication data in the optical fiber network was abstracted into a matrix by the loop model, and the spatial and temporal correlation was mapped into the wavelet row transform and wavelet column transform of matrix. Meanwhile, the spatial and temporal correlation of communication data in optical fiber network was mined, so that the compression of communication data was completed. This compression avoided the damage of data. Secondly, the communication data of optical fiber network was encrypted to ensure the security of dynamic data migration. Finally, the dynamic migration security of communication data in optical fiber network was enhanced by compressing and encrypting the communication data. Experimental results show that the proposed algorithm has the advantages of high transmission efficiency, good dynamic migration security and low migration error when enhancing the security of communication data dynamic migration. Thus, the effectiveness of the proposed algorithm is proved.

由于当前算法中通信数据传输效率低，动态迁移的安全性低，通信数据迁移的错误率高，因此提出了一种基于多值属性和模糊属性的增强光纤网络动态迁移安全性通信数据的算法。建议的。首先，通过环路模型将光纤网络中的通信数据抽象为一个矩阵，并将时空相关性映射为矩阵的小波行变换和小波列变换。同时，挖掘了光纤网络中通信数据的时空相关性，从而完成了通信数据的压缩。这种压缩避免了数据损坏。第二，光纤网络的通信数据经过加密处理，保证了动态数据迁移的安全性。最后，通过对通信数据进行压缩和加密，增强了通信数据在光纤网络中的动态迁移安全性。实验结果表明，该算法在提高通信数据动态迁移安全性的同时，具有传输效率高，动态迁移安全性好，迁移误差小等优点。因此，证明了所提算法的有效性。良好的动态迁移安全性和较低的迁移错误，可增强通信数据动态迁移的安全性。因此，证明了所提算法的有效性。良好的动态迁移安全性和较低的迁移错误，可增强通信数据动态迁移的安全性。因此，证明了所提算法的有效性。