ABSTRACT

In order to improve the reliability and scientificity of the path of agriculture sustainable development, guided by the concept of circular economy, this paper combines data mining technology to construct a path analysis system of agricultural sustainable development and establishes a one-dimensional discrete dynamic model of the interaction between the stock of renewable resources and the output. Moreover, this paper discusses the impact of resource-based industries’ output on the sustainable use of resources and establishes a two-dimensional discrete dynamic control model for resource stock and resource development speed. In addition, this paper mainly studies the relationship between resource stock and output when the speed of resource development is managed and controlled, and builds a system structure model based on the actual needs of agricultural development. Finally, this paper designs an experiment to analyse the performance of the system model constructed in this paper. The research results show that the system constructed in this paper has a certain guiding effect on the sustainable development of agriculture, and it can be applied to practice.

摘要

为提高农业可持续发展路径的可靠性和科学性，以循环经济理念为指导，结合数据挖掘技术构建农业可持续发展路径分析系统，建立了农业可持续发展路径的一维离散动态模型。可再生资源存量与产出之间的相互作用。并探讨了资源型产业产出对资源可持续利用的影响，建立了资源存量和资源开发速度的二维离散动态控制模型。此外，本文主要研究了资源开发速度可控时资源存量与产出的关系，并根据农业发展的实际需要，构建系统结构模型。最后，本文设计了一个实验来分析本文构建的系统模型的性能。研究结果表明，本文构建的体系对农业可持续发展具有一定的指导作用，可以应用于实践。