使在这段文献表达流畅更有科研感加密算法置乱和扩散的过程中先通过将明文与Lorenz混沌系统的输出混沌伪随机序列异或实现数据的置乱同时通过将明文与Lorenz混沌系统的输出混沌伪随机序列异或的结果与上一个已经加密的医疗图像数据异或实现数据的扩散置乱和扩散不断交替进行。该加密过程存在加密后的密文垂直方向的相关系数偏高的问题虽然通过改进的ImproLorenz混沌系统得到了显著的降低但是问题还是很大仍需

In the process of encryption algorithm scrambling and diffusion, data scrambling is achieved by XORing the plaintext with the output (chaotic pseudo-random sequence) of the Lorenz chaotic system. Meanwhile, data diffusion is achieved by XORing the result of XORing the plaintext with the output of the Lorenz chaotic system with the previously encrypted medical image data. The process of scrambling and diffusion alternates continuously. However, this encryption process suffers from the problem of high vertical correlation coefficient of the encrypted ciphertext. Although significant reduction has been achieved by improving the ImproLorenz chaotic system, the problem still requires further research.

To address these limitations, researchers have proposed various modifications and extensions to the Lorenz chaotic system, such as introducing additional variables or changing system parameters. These methods aim to enhance the predictability and applicability of the system, but they also introduce new challenges and complexities that require careful consideration and analysis. This research is crucial to ensure the security and reliability of medical image encryption