多层差异网络分布式数据实时加密仿真

Simulation Analysis of UAV Gliding Roll Angle Control with Pair Oars Unbalance

对多层差异网络分布式数据进行实时加密,可以有效保证数据的完整性。传统方法存在数据传输稳定性差、加密耗时长的问题,为此提出一种基于椭圆曲线加密算法的多层差异网络分布式数据实时加密方法。分析基于椭圆曲线加密算法的多层差异网络分布式数据实时加密原理,采用波动函数对数据传输稳定性进行控制,依据横向波动因子和纵向波动因子计算出传输控制误差,根据误差值,利用反演波动函数非线性跟踪控制方法设计传输控制模型。引入小扰动原理分层设置密钥,将不同的密钥与模型中不同的数据明文进行匹配,实现多层差异网络分布式数据的实时加密。实验结果可得,基于椭圆曲线加密方法分布式数据传输稳定性较强,对分布式数据进行加密耗时较短。

The real-time encryption of distributed data in multi-layer differential network can effectively ensure the data integrity.Traditionally,the data transmission stability is poor and encryption time is long.Therefore,a method of real-time encryption for distributed data in multi-layer differential network based on elliptic curve cryptography algorithm was proposed.Firstly,the principle of real-time encryption of distributed data in multi-layer differential network based on elliptic curve cryptography algorithm was analyzed.Secondly,the wave function was used to control the stability of data transmission.According to the transverse fluctuation factor and the vertical fluctuation factor,the transmission control error was calculated.Based on the error value,the nonlinear tracking control method for inversion wave function was used to design the transmission control model.In addition,the small disturbance principle was introduced to hierarchically set the key.Finally,different keys were matched with different data plaintexts in the model.Thus,the real-time encryption of distributed data in multi-layer differential network was achieved.Simulation results show that the distributed data transmission based on elliptic curve cryptography algorithm is more stable.Meanwhile,the encryption of distributed data takes less time.