Design of Local Sharing Algorithm for Enterprise Financial Information Based on User-Defined Protocol

Abstract

The financial shared service model now has a technological base thanks to recent advancements in the information technology sector. Cloud computing, big data, and other technologies are included. To some extent, it has produced the current financial shared service model. This service model not only realizes the front-end information input but also ensures the specialization of financial data. The business data provided from the front end may be translated into the financial data required by finance using the enterprise resource planning (ERP) system. It overcomes the drawbacks of the existing financial system while also increasing its operating efficiency. The financial sharing service offers a high level of standardization of financial procedures while simultaneously lowering financial management costs. This allows the enterprise group to handle the financial systems of its subsidiaries in a uniform manner. It promotes the transparency of financial information, improves the overall competitive level of the enterprise group, and creates huge economic benefits for the enterprise group. Therefore, in the current operation stage of enterprises, the method of using the scientific service mode to maximize the economic benefits of enterprises has become an important problem. It is unlikely that understanding how to utilize it appropriately will have an impact on business operations. To ensure that enormous volumes of data are sent in an efficient and reliable manner, Gigabit Ethernet is used for the data transmission interface in this paper. On the one hand, an application layer user-defined protocol is meant to provide data transfer with high efficiency, speed, and reliability, while, on the other hand, on the basis of interface hardware program design, it is proposed to complete the modular design through the packaging of P core. It is the hardware foundation for interface data transfer. Finally, tests to validate its efficiency, speed, and dependability are devised.