制度谱系中的标准定位与规制动力学模型构建OA

[Objective]Against the backdrop of digital transformation and an increasingly complex global regulatory environment,clarifying the dynamic relationship between standards and institutions is crucial for enhancing governance effectiveness.Accordingly,from a spatial dynamics perspective,this study explores the positioning of standards in the institutional pedigree and their driving mechanisms on entity behavior.[Methods]A"regulatory space dynamics model"encompassing three dimensions(economic,social,and political)is constructed.By defining three hierarchical levels—informal cultural practices,contracts and standards,and legal regulation—a stress matrix for offsetting environmental stress and entity endogenous stress is established.The analysis focuses on dynamic characteristics such as stress equilibrium,co-evolution,hierarchical transition,and hierarchical capture,and uses vector composition logic to simulate the evolutionary trajectories of entities in different fields.[Results]The study finds that standards primarily function at the meso-level of the institutional pedigree.Through coupling with entity endogenous dynamics,they generate positive traction,driving entities to achieve compliant and optimal evolution.The model reveals the full-dimensional distribution characteristics of the legal hierarchy:any fatal violation along any axis triggers a centripetal contraction of the overall position state.Due to their features of"process hardening"and"algorithmic locking",digital integrated standards have evolved into rigid constraints of institutional regulation.[Conclusion]The innovation of this study lies in transforming social governance logic into a regulatory field theory representation,and clarifying the core function of standards as dynamic traction in the institutional pedigree,thereby providing a formal analytical tool for precision regulation and corporate strategic alignment.