Planting Optimization in the Northern China Based on 0-1 Programming

In order to comprehensively promote the development of agricultural modernization and ensure the sustainability of Rural Revitalization land in North China, this paper will propose a general mathematical model according to the realistic natural constraints of rural areas in mountainous areas of North China, in order to improve the total agricultural income. Through the establishment of 0-1 integer programming model and nonlinear model, the rural crop planting strategy in China from 2024 to 2030 was optimized. Finally, the overall profit of the model shows an upward trend, which is similar to the development trend of China's agricultural product market. The model can flexibly adapt to the changes of market and natural conditions, and has good scalability, which can provide help for the construction of agricultural power.