Accounting data encryption processing based on virtual reality and multimedia technology in medical sector

Huijuan Lou
Wuchang Institute of Technology, Wuhan, China

DOI:https://doi.org/10.5912/jcb1394

Abstract:

In order to solve the problem of accounting data encryption processing behavior uncontrollable, accounting data encryption processing based on virtual reality and multimedia technology is proposed in medical sector. In this article, according to the actual topology form of BP neural network, the encryption processing module and data reading and writing interface module are connected as needed, and the hardware execution environment of encryption system based on neural network is built in medical sector. On this basis, the chaotic mapping relationship is defined, and the encryption execution process is improved by authenticating the parallel identity processing of accounting data, so as to build the execution environment of application system software. Combined with the structure system of hardware equipment at all levels, the design of accounting data security encryption system based on neural network is completed. The experimental results show that the initial value of the memory ratio index in the experimental group is completely consistent with the initial value of the ideal curve. When the amount of accounting data input is equal to 60 Mb, the difference between the memory ratio index in the experimental group and the ideal index is the smallest, only 1.2%. Conclusion: This method not only solves the problem of uncontrollable accounting data encryption behavior in medical sector, but also realizes the secure transmission and processing of accounting data encryption information.