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Journal of library and information science in agriculture

   

Mechanism Analysis and Risk Regulation of the Embedding of Emotional-Functional Embodied Intelligence in Social Governance: From the Perspective of "Instrument and Value" Rationality

HAO Yali, LIANG Ying, DING Ruoxi   

  1. School of Public Management, Tianjin University of Commerce, Tianjin 300134
  • Received:2025-10-17 Online:2026-01-06

Abstract:

[Purpose/Significance] With the continuous advancement of national governance modernization and the rapid development of artificial intelligence (AI) technologies, emotional-functional embodied intelligence has become integral to grassroots social governance. This development not only reshapes traditional governance tools but also triggers profound reflections on the balance between instrumental rationality and value rationality. In this context, systematically examining the internal mechanisms and potential risks associated with the integration of emotional-functional embodied intelligence into social governance can provide both theoretical enrichment and practical guidance for technology-enabled governance modernization. [Method/Process] Based on Max Weber's "tool-value" dichotomy, this study focuses on key issues concerning the influence mechanisms, risk boundaries, and regulatory pathways of emotional-functional embodied intelligence in social governance. By situating the analysis within concrete scenarios of its embedding in social governance practices, the research combines theoretical reflection with contextual examination to explore how emotional-functional embodied intelligence reshapes governance structures and processes. [Results/Conclusions] The findings reveal that AI, embodied intelligence, and emotional-functional embodied intelligence differ significantly in terms of technological architecture, functional form, and modes of integration into social governance. While AI optimizes decision-making through data empowerment and embodied intelligence delivers services through physical interaction, emotional-functional embodied intelligence achieves full-process and in-depth integration into social governance by relying on affective linkage. It forms an integrated structural system composed of the demand, intelligence, action, and support layers, thereby enabling coordinated governance operations that combine rational decision-making with emotional interaction. Through three core mechanisms - intelligence embedding, human-machine coupling and feedback-driven iteration, emotional-functional embodied intelligence is able to simultaneously accomplish rational decision-making tasks and emotional interaction objectives. However, the embedding of emotional-functional embodied intelligence in social governance also implies dual structure of risks. On one hand, it may amplify traditional risks inherent in AI technologies, such as algorithmic dependence and blurred responsibility attribution. On the other hand, it may generate new forms of context-specific risks, including emotional-cognitive alienation, value-guidance deviation, and the reconstruction of governance authority. To address these challenges, it is necessary to construct a full-chain regulatory framework for accountability and establish full-process technological safeguards encompassing ex-ante prevention, in-process monitoring, and ex-post traceability. Concurrently,it's essential to articulate value-oriented principles for emotion-informed governance and clarify a human-machine collaborative governance framework in which human actors retain primary authority while intelligent technologies play an auxiliary role. Through these coordinated measures, effective risk regulation and rational balance can be achieved in the application of emotional-functional embodied intelligence in social governance.

Key words: embodied intelligence, social governance, robotics, instrumental and value rationality, human-machine relationship, risk regulation

CLC Number: 

  • D035

Table 1

Connections and differences between artificial intelligence, embodied intelligence, and emotional-functional embodied intelligence"

维度 人工智能 具身智能 情智具身智能
技术架构 “数据-算法-算力”三角支撑 “感知-决策-行动-反馈”四环闭合持续学习 “智能层”与“情感层”双轮驱动
技术层次 总纲框架 分支类型 高阶形态
特点 单向性、信息化 机械化、脚本式 交互式、人性化
治理嵌入方式 以数据赋能决策优化 以物理交互实现服务落地 以人文协同传递治理温度
典型代表

离身智能:ChatGPT

具身智能:机器人

工业:柔性装配机器人

服务:物流配送机器人

科研:仿生机器人如机器狗

医疗护理机器人

养老关照机器人

信访接待、特殊人群关怀

Fig.1

Theoretical analysis framework"

Fig.2

Schematic diagram of the structure and operational mechanism of emotional-functional embodied intelligence in social governance"

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