Application of Dynamic Programming Algorithms to Accounting Information Management

This paper introduces the dynamic planning algorithm into the accounting information management, using mathematical models to improve the scientific and rational accounting information management, to provide algorithmic basis for optimizing the information management, and to achieve the maximization of the economic benefits of the enterprise and the efficiency of the employees. First of all, the existing dynamic planning algorithm applicable conditions were analyzed, and it is suitable for the accounting information management problem proposed in this paper, based on which the existing dynamic planning algorithm was elaborated, and two rounds of algorithmic improvement ideas to optimize the defects of the original algorithm were proposed. The initial improvement of the method using the idea of binary algorithm, and then through the optimization of the state transition formula, reducing the number of relevant states involved in the state transition, so as to propose a more efficient dynamic planning optimization algorithm. Experimental analysis of the enterprise's accounting information management planning is carried out using the superimposed improved algorithm. The results show that the improved dynamic planning algorithm improves the efficiency and accuracy of accounting information management, which reduces the total working hours of accounting-related staff by more than 30%. It was highly evaluated that the staff increased up to 28% compared with the previous management method. And it has a good positive effect on the operation cycle and labor productivity of the enterprise, which shows that the improved dynamic planning algorithm proposed in this paper can be effectively used for the optimization of accounting information management.