Business Priority Simulation of Financial System Data management based on Virtual Network and resource allocation algorithm

Abstract

Abstract With the increase in the share of the Internet in people’s lives, work and studies and the diversification of service types, the traditional virtual network architecture can no longer meet the needs of current users and enterprises. The traditional virtual network architecture is based on virtual network technology. The foundation is the prototype of the next-generation virtual network architecture. The new virtual network architecture improves the resilience of virtual networks, and the scale of virtual networks increasingly threatens the reliability of the network. It faces multiple threats, such as natural causes, man-made causes, software failures, hardware failures, and so on. In the AdHoc network of cognitive radio, effective allocation of frequency resources and dynamic routing are two important issues. Since the AdHoc network of cognitive radio has a distributed structure and a dynamically changing network topology, the available frequency resources vary depending on the time and location of the node. Therefore, in such a virtual network environment, it is necessary to adopt the idea of cross-layer design to effectively combine frequency allocation and dynamic routing. This article takes a company as an example to discuss how to manage and optimize the data in the company's financial system. First, the current situation of the company's financial system data is discussed from a variety of perspectives, such as the structure of the financial system, job definitions, staffing, accounting and financial system management. Secondly, this article also discusses many issues related to the operation of the company's financial system.