New quality productive forces(NQPFs)function as the core engine for driving high-quality development.Advancing the Chinese path to agricultural modernization essentially hinges on the fostering of agricultural NQPFs,w...New quality productive forces(NQPFs)function as the core engine for driving high-quality development.Advancing the Chinese path to agricultural modernization essentially hinges on the fostering of agricultural NQPFs,with the synergy between digital transformation and green transition standing out as a vital pathway toward the realization of this goal.Drawing on system theory,this paper develops a framework for the synergy between digital transformation and green transition and breaks down agricultural NQPFs into three dimensions:components,structures,and functions.We argue that the digital transformation and green transition are able to generate synergies across five key dimensions-technology,factors,philosophy,efficiency,and innovation.The generative logic underpinning this synergy’s empowerment of the agricultural NQPFs unfolds as follows:it generates new productive factors that enhance the component attributes,it innovates modern agricultural systems in the strengthening of structural support,and it cultivates new agricultural technologies,industries,formats,and models that expand functional capacity.Looking ahead,it is imperative to address current challenges,which include the short supply of emerging technologies,the insufficient assetization of data as a production factor,the prominent cognitive contradictions among stakeholders,inadequacies in the governance mechanisms,and the suboptimal industrial integration.Key strategies should focus on innovating the technology supply system,unlocking the potential of the data assets,fostering awareness of the synergy,reinforcing institutional frameworks,and boosting investments toward industrial innovation,thereby robustly advancing the agricultural NQPFs.展开更多
Aiming at the research that using more new knowledge to develope knowledge system with dynamic accordance, and under the background of using Fuzzy language field and Fuzzy language values structure as description fram...Aiming at the research that using more new knowledge to develope knowledge system with dynamic accordance, and under the background of using Fuzzy language field and Fuzzy language values structure as description framework, the generalized cell Automation that can synthetically process fuzzy indeterminacy and random indeterminacy and generalized inductive logic causal model is brought forward. On this basis, a kind of the new method that can discover causal association rules is provded. According to the causal information of standard sample space and commonly sample space, through constructing its state （abnormality） relation matrix, causal association rules can be gained by using inductive reasoning mechanism. The estimate of this algorithm complexity is given,and its validiw is proved through case.展开更多
基金This paper is a phased research outcome of a National Natural Science Foundation of China project,“Agricultural Transformation and Upgrading through Farmland Transfer:The Mediating Role of Agricultural TFP and the‘Three Transformations’Solution”(Project No.71973042).
文摘New quality productive forces(NQPFs)function as the core engine for driving high-quality development.Advancing the Chinese path to agricultural modernization essentially hinges on the fostering of agricultural NQPFs,with the synergy between digital transformation and green transition standing out as a vital pathway toward the realization of this goal.Drawing on system theory,this paper develops a framework for the synergy between digital transformation and green transition and breaks down agricultural NQPFs into three dimensions:components,structures,and functions.We argue that the digital transformation and green transition are able to generate synergies across five key dimensions-technology,factors,philosophy,efficiency,and innovation.The generative logic underpinning this synergy’s empowerment of the agricultural NQPFs unfolds as follows:it generates new productive factors that enhance the component attributes,it innovates modern agricultural systems in the strengthening of structural support,and it cultivates new agricultural technologies,industries,formats,and models that expand functional capacity.Looking ahead,it is imperative to address current challenges,which include the short supply of emerging technologies,the insufficient assetization of data as a production factor,the prominent cognitive contradictions among stakeholders,inadequacies in the governance mechanisms,and the suboptimal industrial integration.Key strategies should focus on innovating the technology supply system,unlocking the potential of the data assets,fostering awareness of the synergy,reinforcing institutional frameworks,and boosting investments toward industrial innovation,thereby robustly advancing the agricultural NQPFs.
文摘Aiming at the research that using more new knowledge to develope knowledge system with dynamic accordance, and under the background of using Fuzzy language field and Fuzzy language values structure as description framework, the generalized cell Automation that can synthetically process fuzzy indeterminacy and random indeterminacy and generalized inductive logic causal model is brought forward. On this basis, a kind of the new method that can discover causal association rules is provded. According to the causal information of standard sample space and commonly sample space, through constructing its state （abnormality） relation matrix, causal association rules can be gained by using inductive reasoning mechanism. The estimate of this algorithm complexity is given,and its validiw is proved through case.
