Due to the inconsistency between resource environment and value data types, the hybrid model of resource environment value chain cannot effectively coordinate the relationship among resources, environment, and value chain. The circulation of resource chain, ecological chain, and value chain is not completed independently; they are intertwined and promote each other. Therefore, this paper proposes a hybrid resource environmental value chain model based on a discrete time algorithm. Analyze the hybrid internal structure of resource chain, environment chain, and value chain model; integrate the natural resource information through the objective function of natural resource integration; obtain the indicators affecting the environment; and complete the analysis of the characteristics of environmental change. On this basis, the relationship between resources, environment, and economic value is analyzed, and the hybrid content of resources, environment, and value chain is determined. The discrete-time algorithm is introduced to transform the hybrid content into the same data format, obtain the objective function and constraints of the resource environment value chain hybrid model, and complete the construction of the resource environment value chain hybrid model based on the discrete-time algorithm. The simulation results show that the hybrid model designed in this paper can effectively improve the resource saving rate, up to 97%, and the error of resource environment value chain data fusion is the lowest, and the time is less than 1 min which was a considerable achievement.

中文翻译：

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基于离散时间算法的混合资源环境价值链模型

由于资源环境与价值数据类型的不一致，资源环境价值链混合模型无法有效协调资源环境与价值链之间的关系。资源链、生态链、价值链的流通不是独立完成的；它们相互交织，相互促进。因此，本文提出了一种基于离散时间算法的混合资源环境价值链模型。分析资源链、环境链、价值链模型的混合内部结构；通过自然资源整合的目标函数整合自然资源信息；获取影响环境的指标；并完成对环境变化特征的分析。以这个为基础，分析资源、环境、经济价值的关系，确定资源、环境、价值链的混合内容。引入离散时间算法将混合内容转化为相同的数据格式，得到资源环境价值链混合模型的目标函数和约束条件，完成基于离散时间的资源环境价值链混合模型的构建。时间算法。仿真结果表明，本文设计的混合模型能够有效提高资源节约率，高达97%，资源环境价值链数据融合误差最低，时间小于1 min可观的成就。环境，并确定价值链。引入离散时间算法将混合内容转化为相同的数据格式，得到资源环境价值链混合模型的目标函数和约束条件，完成基于离散时间的资源环境价值链混合模型的构建。时间算法。仿真结果表明，本文设计的混合模型能够有效提高资源节约率，高达97%，资源环境价值链数据融合误差最低，时间小于1 min可观的成就。环境，并确定价值链。引入离散时间算法将混合内容转化为相同的数据格式，得到资源环境价值链混合模型的目标函数和约束条件，完成基于离散时间的资源环境价值链混合模型的构建。时间算法。仿真结果表明，本文设计的混合模型能够有效提高资源节约率，高达97%，资源环境价值链数据融合误差最低，时间小于1 min可观的成就。得到资源环境价值链混合模型的目标函数和约束条件，完成基于离散时间算法的资源环境价值链混合模型的构建。仿真结果表明，本文设计的混合模型能够有效提高资源节约率，高达97%，资源环境价值链数据融合误差最低，时间小于1 min可观的成就。得到资源环境价值链混合模型的目标函数和约束条件，完成基于离散时间算法的资源环境价值链混合模型的构建。仿真结果表明，本文设计的混合模型能够有效提高资源节约率，高达97%，资源环境价值链数据融合误差最低，时间小于1 min可观的成就。