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Dades bibliogràfiques
Autor principal: Wei, Xinliang
Format: Recurso digital
Idioma:Mandarí
Publicat: Zenodo 2025
Matèries:
Expression Engineering
Structured Language
Cognitive Modules
Logical Rhythm
Collaborative Interface
Human–AI Collaboration
Language Systems
Multimodal Expression
Cross-disciplinary Communication
Cross-cultural Collaboration
Cognitive Resonance
Language Standardization
Knowledge Transfer
AI-assisted Writing
Expression Design
Language Structure
Communication Efficiency
Language Innovation
Digital Transformation
Knowledge Ecosystem
Interdisciplinary Collaboration
Language Interface
Expression Framework
Semantic Structure
Information Architecture
Cognitive Load Reduction
Language Modularity
Expressive Systems
Language Co-creation
Collaborative Language Interface
Intelligent Communication Systems
Language Evolution
Artificial Intelligence
Human–Computer Interaction
Computational Linguistics
Semantics
Language and Communication
Knowledge Representation
Communication
Interdisciplinary Studies
Educational Technology
Systems Engineering
Accés en línia:https://doi.org/10.5281/zenodo.17008676
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  • <p>表达工程学白皮书深入探讨了语言表达的深层结构与认知机制,提出了一套系统化、模块化且可迁移的表达架构,旨在突破传统写作格式的限制,实现从内容生产向认知协同的根本跃迁。白皮书强调表达不仅是信息传递的工具,更是连接认知、协作与创新的桥梁,特别关注人类与人工智能的深度协作。通过结构语言与节奏共振的核心理念,表达工程学促进跨学科、跨文化及跨技术平台的高效沟通与协作,推动知识传播和创新生态的变革。此白皮书同时分析了当前传统表达范式的局限,探讨了结构语言的重要性及其在人工智能协作中的应用,提出了表达工程学的核心构成要素、实践路径、应用场景以及面临的挑战和未来展望。作为新兴的语言协作系统,表达工程学为智能社会和数字经济的发展提供了坚实的理论基础和实践指导。</p>

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