TALK KEYWORD INDEX
This page contains an index consisting of author-provided keywords.
| A | |
| academic impact | |
| Academic potential | |
| Accountable AI | |
| additive manufacturing | |
| adversarial neural networks | |
| Age-Friendly Mobile Applications | |
| AI for Science | |
| AI Governance | |
| AI Policy | |
| AI-Assisted Framework | |
| AI-assisted Policy Monitoring | |
| AI4Science | |
| AIGC | |
| Algorithmic decision-making, | |
| All-solid-state lithium batteries | |
| Analyst attention | |
| Analytic Hierarchy Process | |
| Application scenario identification | |
| Artificial intelligence | |
| Artificial Intelligence (AI) | |
| B | |
| basic research; | |
| BERT | |
| BERTopic | |
| Bi-layer network | |
| Bibliometric Networks | |
| Bibliometrics | |
| Big science facility | |
| biterm topic model | |
| Brand communities | |
| Breakthrough technology opportunity | |
| C | |
| Carbon neutrality | |
| Case Study | |
| Chinese Scientific Entity Recognition | |
| Citation analysis | |
| Citation classification | |
| Citation Hallucination | |
| Citation Intent | |
| Clinical guidelines | |
| Cluster analysis | |
| co-occurrence network | |
| co-publications | |
| Collaboration network | |
| Collaborative potential | |
| Community Detection | |
| Complex Network | |
| complex systems | |
| Concept network dynamics | |
| Conceptual Diffusion | |
| Conceptual Model | |
| Core Theory Identification | |
| Core-Edge Theory | |
| Corporate governance | |
| counterfactual data augmentation | |
| COVID-19 | |
| creativity | |
| Critical Metal Supply | |
| Cross-domain technology | |
| Cross-Industry | |
| cross-modal data | |
| D | |
| D-S Evidence Theory | |
| Data Mining | |
| data-envelopment-analysis | |
| De-globalization | |
| decision boundary | |
| deep learning | |
| Deglobalization | |
| Diffusion mechanism | |
| Digital governance | |
| Digital Health | |
| Digital library | |
| Digital Publishing | |
| Digital society, | |
| Disruption | |
| Disruptive | |
| Distance function | |
| Distribution patterns | |
| Dual-Perspective Network | |
| Dynamic Evolutionary | |
| Dynamic heterogeneous information networks | |
| Dynamic topic model | |
| Dynamic Topic Modeling | |
| E | |
| early detection | |
| Early High-Cited | |
| early identification | |
| Electric Vehicle | |
| Elite Interview | |
| Embedding | |
| Embodied AI | |
| Emerging Economies | |
| Emerging Technologies | |
| Emerging technology | |
| Emerging technology identification | |
| Emerging Topic | |
| empirical orthogonal function | |
| Entity Extraction | |
| Entropy | |
| ERGM | |
| experimental procedural complexity | |
| Expert analysis | |
| Explainability | |
| explainable artificial intelligence | |
| F | |
| False health information | |
| Feature fusion | |
| FinTech | |
| Firm patent recommendation | |
| firm technology portrait | |
| fitness landscape | |
| fsQCA | |
| Function-oriented search | |
| functional interpretability | |
| Fusion data | |
| Fusion Technological Map | |
| Future Industry | |
| G | |
| generative AI | |
| Generative Models | |
| Global Semiconductor Value Chain | |
| Governance models | |
| GPSM | |
| Graph convolutional network (GCN) | |
| Graph Mining | |
| Graph neural network | |
| Graph neural networks | |
| Graph-Based clustering | |
| Grey System Theory | |
| GVAE-based Link Prediction | |
| H | |
| Hard Disk Heads | |
| Health Disinformation | |
| heavy-duty gas turbine | |
| Heterogeneous Graph Attention Network | |
| Heterogeneous graph neural networks | |
| Hierarchical attention | |
| hierarchical context awareness | |
| high-potential research | |
| High-Stakes Decision-Making | |
| High-Tech Industrial Development Zones | |
| high-value patent identification | |
| high-value patents | |
| Higher-Order Networks | |
| highly cited papers | |
| Huawei; | |
| Human Capital | |
| Human-AI Collaboration | |
| Hybrid Vector | |
| Hypergraph | |
| I | |
| Idea Generation | |
| Identifying characteristic | |
| implicit impact | |
| indicator system | |
| industrial innovation | |
| Industrial Innovation Ecosystems | |
| industrial innovation performance | |
| Industrial Policy | |
| industrial technological demand | |
| Information Resources Management | |
| inheriting classics | |
| innovation | |
| Innovation Ecosystem | |
| Innovation Management | |
| innovation penalty | |
| Innovation Potential Evaluation | |
| innovation search | |
| Innovation System | |
| Innovation Systems Theory | |
| Innovative thinking | |
| Intellectual property securitization | |
| Interdisciplinary Knowledge | |
| interlinkages | |
| Interpretable machine learning | |
| J | |
| Journal quality evaluation | |
| K | |
| Key Generic Technologies | |
| Keyphrase extraction | |
| keyword extraction | |
| knowledge collaborative evolution | |
| Knowledge composition | |
| Knowledge contribution | |
| Knowledge diffusion | |
| knowledge distillation | |
| Knowledge flow | |
| Knowledge Graph | |
| Knowledge graph analytics | |
| Knowledge production | |
| knowledge teleconnection | |
| knowledge–technology–industry coupling | |
| L | |
| Lapsed Patents | |
| Large Language Model | |
| large language model (LLM) | |
| Large Language Models | |
| Large Language Models (LLMs) | |
| Large Language Models(LLMs) | |
| large-scale research infrastructures | |
| LDA model | |
| Legal governance | |
| Leiden algorithm | |
| Link Prediction | |
| LLM | |
| LLMs | |
| Local Citation Recommendation | |
| Long Context In-Context Learning(ICL) | |
| LoRA | |
| M | |
| Machine Learning | |
| Main path analysis | |
| Mapping knowledge domains | |
| Matrix Decomposition | |
| Meta-Paths | |
| meta-research | |
| Micro-cluster | |
| mixture-of-experts (MoE) | |
| Multi-Agent systems | |
| Multi-dimensional Feature Fusion | |
| Multi-feature | |
| Multi-Scale Feature Fusion | |
| multi-source data | |
| Multi-source Heterogeneous Information Network | |
| Multi-Teacher Knowledge Distillation | |
| multidimensional features | |
| Multilayer Heterogeneous Network | |
| Multilayer Network | |
| Multiplex Graph | |
| Multivariate Relationship Fusion | |
| N | |
| Natural language processing | |
| Network Analysis | |
| network construction | |
| Network dynamics | |
| New Energy Vehicle industry | |
| node dynamics | |
| Non-consensus innovation | |
| Non-English Origin Theories | |
| Novelty | |
| Novelty–Impact Paradox | |
| O | |
| OECD STIP Compass | |
| Open access | |
| OpenAlex | |
| Optimized SVM algorithm | |
| Originality | |
| Outcome Balance | |
| Ownership structure; | |
| P | |
| Pairwise comparison | |
| panel vector autoregression | |
| Paradigm shift | |
| Patent analysis | |
| Patent Analytics | |
| Patent Citation Network | |
| Patent classification | |
| Patent Complementarity | |
| Patent Feature Vectorization | |
| patent identification | |
| Patent Metrology | |
| Patent mining | |
| Patent Quality Assessment | |
| Patent Technology Diffusion | |
| Patent Technology Topic Evolution | |
| Patent Transformation | |
| Patent Vacuums | |
| patent value | |
| PatentSBERTa Embedding Model | |
| performance | |
| PhD Students | |
| Poisson Regression | |
| policy impact | |
| Policy Monitoring | |
| Policy Orientation | |
| Potential disruptive technology | |
| Potential Evaluation | |
| Pre-trained language models | |
| Private enterprise; | |
| Prompt Engineering | |
| Q | |
| Quantitative Trade Model | |
| Quantum Computer | |
| Quantum computing innovation | |
| Quantum Information | |
| Quantum Technology | |
| R | |
| R&D Intensity | |
| Reasoning Organization | |
| Recombination | |
| Recurrent neural networks | |
| REF 2021 | |
| regression | |
| relationship graph attention network | |
| reliability | |
| research innovativeness | |
| Research interests | |
| Research Topic Selection | |
| resource allocation | |
| Resource-Based View | |
| Retrieval-Augmented Generation (RAG) | |
| reviewer assistants | |
| robustness | |
| Rough Sets Theory | |
| S | |
| SAO Analysis | |
| SAO semantic analysis | |
| SAO Structure | |
| SAOMs | |
| SAOX Semantic Analysis | |
| Scholar collaborator recommendation | |
| Scholar-topic Recommendation | |
| Science and Technology Policy | |
| Science of science | |
| Science-technology linkage | |
| Science–Technology Linkage | |
| Scientific and technological intelligence | |
| Scientific breakthrough forecasting | |
| Scientific collaborator recommendation | |
| scientific discourse | |
| Scientific Forecasting | |
| Scientific Mobility | |
| Scientific novelty | |
| Scientific Performance | |
| Scientific productivity | |
| Scientific relatedness | |
| scientific text-mining | |
| Scientometric Mapping | |
| SDGs | |
| Security-oriented Industrial Policy | |
| Semantic embedding | |
| Semantic Similarity | |
| Semantic Structuring | |
| Sentence-BERT | |
| shift-share-analysis | |
| Sleeping Beauty Patents | |
| Smart Elderly Care | |
| smart grid | |
| Social Capital | |
| Social media | |
| Social Network Analysis (SNA) | |
| Societal impact | |
| spanning tree | |
| Spatial Distribution | |
| State Grid; | |
| State-owned enterprise; | |
| Stream clustering | |
| Structural Tightness | |
| Subject–Action–Object (SAO) | |
| Sustainable Development | |
| Sustainable development goals | |
| Sustainable Development Goals (SDGs) | |
| T | |
| Tacit knowledge | |
| Tariffs | |
| Task-adaptive Representation Learning | |
| tech mining | |
| Technical Feature Optimization | |
| Technical problem | |
| Technical Semantic Representation | |
| Technical-efficacy matrix | |
| Techno-nationalism | |
| technological breakthrough | |
| Technological evolution | |
| technological impact | |
| Technological innovation | |
| Technological Innovation Identification | |
| technological innovation space | |
| Technological leap | |
| technological opportunity | |
| Technological rationality, | |
| technological risk | |
| Technological structure evolution | |
| Technology Association | |
| Technology Combination | |
| Technology Complementarity | |
| Technology Contribution Index | |
| Technology Convergence | |
| Technology Demand–Supply Matching | |
| Technology evolution | |
| Technology Evolution Path | |
| Technology Forecasting | |
| Technology foresight | |
| Technology foresight and governance | |
| Technology fusion forecasting | |
| Technology Gap | |
| Technology Governance | |
| Technology Label Generation | |
| Technology Mining | |
| Technology Opportunity Analysis | |
| Technology Opportunity Identification and Evaluation | |
| Technology Readiness Level (TRL) | |
| Technology recombination | |
| Technology topic modeling | |
| technology transfer | |
| Technology Tree | |
| Technology-Based Startups | |
| Temporal hypergraph | |
| term network | |
| Text Analysis | |
| Text mining | |
| Theory Diffusion | |
| Topic model | |
| Topic modeling | |
| TRIZ | |
| Two-Mode Network | |
| U | |
| Uncertainty | |
| University patent analysis | |
| university patent recommendation | |
| V | |
| Validation | |
| validity | |
| Vector Space Model (VSM) | |
| W | |
| Weak signals | |
| Welfare | |
| X | |
| XGBoost | |