TALK KEYWORD INDEX
This page contains an index consisting of author-provided keywords.
| ( | |
| (Internal) ESG Performance Management | |
| A | |
| able Water Management · Machine Learning (ML) · AI · Ensemble | |
| ABM | |
| Academic Conferences | |
| accountability | |
| Action Design Research | |
| adaptive learning | |
| Administrative Justice | |
| Adoption | |
| Adverse Selection | |
| ageing workforce | |
| Agent-based model | |
| agent-based simulation | |
| Agile Strategy | |
| Agri-food Industry | |
| AI | |
| AI | |
| AI Act | |
| AI bias | |
| AI Decision-Making | |
| AI DRIVEN | |
| AI Ethics | |
| AI governance | |
| AI Hub | |
| AI opacity | |
| AI Readiness | |
| AI Regulation | |
| AI Talent Concentration | |
| AI technology acceptance | |
| AI usage intentions | |
| AI Use Case Identification | |
| AI-based Information Systems | |
| AI-enabled technology | |
| AI-technologies | |
| AI’s Gender Perception | |
| Algorithm awareness | |
| Algorithmic Discrimination | |
| Algorithmic Research | |
| Artifi- cial Intelligence | |
| Artificial Intelligence | |
| Artificial Intelligence (AI) | |
| Assessment | |
| Augmented Leadership | |
| authomation | |
| automation | |
| B | |
| Behavioral Economics | |
| Bibliometric analysis | |
| Bibliometric Mapping | |
| Budgeting Processes | |
| burnout | |
| Business AI Applications | |
| Business Analytics | |
| Business Process Management | |
| C | |
| Candidate Screening | |
| career perception | |
| Case Study | |
| Chatbot | |
| ChatGPT | |
| Circular Business Models | |
| Citizen Analytics | |
| Citizen Science | |
| City governance | |
| City management | |
| Climate Change | |
| Climate Policy Uncertainty | |
| Cluster Analysis | |
| co-creation of knowledge | |
| Co-Word Analysis | |
| COBOL | |
| cognitive load | |
| Cognitive-Affective Mechanisms | |
| CognitiveEnterpriseHubs | |
| Collaborative Processes | |
| competency profile | |
| Computational Game Theory | |
| Computer based learning | |
| Computer Vision | |
| Conflict Forecasting | |
| continuous learning | |
| controllable AI | |
| Coordination | |
| Core Banking System | |
| Corporate Digital Responsibility (CDR) | |
| Creative Work | |
| Critical Success Factors | |
| Critical thinking | |
| cultural differences | |
| Cultural Intelligence | |
| Cultural Masculinity | |
| customer experience | |
| Cyberbiosecurity | |
| D | |
| Data Exchange | |
| Data sharing | |
| DECARBONIZATION | |
| decision automation | |
| Decision-making | |
| Deep Learning | |
| Design platform | |
| Design Science Research Approach | |
| Development Economics | |
| Diabetes | |
| Difference-in-Differences | |
| digital and gamified recruitment | |
| digital educational platforms | |
| Digital Health Governance | |
| Digital innovation | |
| Digital leadership | |
| Digital Maturity Model | |
| Digital Pedagogical Innovation | |
| Digital Pedagogy | |
| Digital Performance Evaluation | |
| digital platforms | |
| Digital practice | |
| Digital Reporting | |
| digital skills | |
| Digital Sustainability | |
| digital technologies | |
| Digital Technology | |
| Digital tool for sustainability | |
| digital training | |
| Digital Transformation | |
| Digital Transformation Steering | |
| digitalisation | |
| digitalization | |
| Displacement Forecasting | |
| Distributed Artificial Intelligence | |
| Droughts | |
| Dual Transition | |
| Dual-process theory | |
| Dynamic ARDL Simulation | |
| Dynamic Capabilities | |
| E | |
| E-Governance | |
| e-government | |
| e-HRML | |
| E-leadership | |
| Eastern Mediterranean Region | |
| Economic Crisis | |
| Ecosystem governance | |
| Edge Computing | |
| eDSR | |
| Education | |
| Educational innovation | |
| educational technology | |
| Emerging Technologies | |
| employee resilience | |
| Employee resilience | |
| Employee Wellbeing | |
| End-Users’ Perceptions of Budgetary Information Systems | |
| Energy Industry | |
| Energy Poverty | |
| Entrepreneurship | |
| Environment | |
| Environmental factors | |
| Environmental Policy Stringency | |
| ESG | |
| ESG Adherence | |
| ESI | |
| Ethical Agency | |
| Ethical AI | |
| Ethical AI design | |
| Ethical Decision-Making | |
| ethical tourism | |
| Euro Area | |
| Evaluation | |
| Experimental Ethics | |
| Experimentation in Economics | |
| Expert Interviews | |
| Explainable AI | |
| F | |
| Fake News | |
| Fashion sector | |
| Federated Learning | |
| Feminism | |
| Financial Integration and Efficiency | |
| Financial Stability | |
| Fiscal Policy | |
| Four-dimensional-Typology-Model | |
| Fragility | |
| Framework | |
| Future of Work | |
| Future research | |
| G | |
| GAI | |
| Game Theory | |
| Gamification | |
| GenAI | |
| GenAI Adoption | |
| GenAI Agents | |
| Gender | |
| Gender Bias | |
| gender differences | |
| Gender Wage Gap | |
| general management | |
| Generations | |
| Generative AI | |
| Generative Artificial Intelligence | |
| Generative Artificial Intelligence (GenAI) | |
| GenerativeAI | |
| Geopolitical Risk | |
| Gioia Method | |
| Good Practice | |
| Governance and AI | |
| Grand Challenges | |
| green | |
| Green Skills | |
| grounded theory | |
| H | |
| healthcare | |
| Healthcare and Wellness Sectors | |
| Healthcare digital transformation | |
| healthcare informatics | |
| Healthcare Innovation | |
| Healthcare Middle Managers | |
| healthcare professionals | |
| healthcare training | |
| Higher education | |
| Higher Education Innovation | |
| hotel industry | |
| HR processes | |
| HRM | |
| Human oversight | |
| Human Resource Management | |
| Human resources management | |
| human-ai collaboration | |
| human-AI collaboration protocols | |
| Human-AI Interaction | |
| Human-AI Teaming | |
| Human-AICollaboration | |
| human-centered AI | |
| Hybrid Intelligence | |
| Hybrid Virtual Teams | |
| Hybrid Work | |
| I | |
| Industrial Efficiency | |
| industry 4.0 | |
| Information Ecosystem | |
| Information Processing Theory | |
| Information Systems | |
| Information Technology Governance | |
| innovation | |
| Innovation and Sustainable Development | |
| Innovation Brokers | |
| Innovation Ecosystems | |
| Innovation Intermediaries | |
| Institutional Adaptation | |
| Institutional Incentives | |
| Institutional Quality | |
| Institutional Support | |
| Integration among team components | |
| Intelligent Process Automation | |
| Interdisciplinary Framework | |
| Intermediate Bodies | |
| Investment | |
| IoT | |
| IS Continuance Model | |
| IT Identity | |
| Italian firms | |
| Italy | |
| ITID Archetypes | |
| J | |
| Java | |
| Job Automation | |
| Job Crafting | |
| Job Vacancies | |
| Judicial Organization | |
| K | |
| knowledge management | |
| L | |
| labor Displacement | |
| labor Market | |
| Land | |
| Large Language Models | |
| Legacy Modernization | |
| legal practices | |
| Legal professionals | |
| Literature Review | |
| Local e-Government | |
| Local public administration | |
| M | |
| Machine Learning | |
| Mailbox Automation | |
| Marketing | |
| Mathematics of Manipulation | |
| Meaningful Learning | |
| Measurement System | |
| MEJA-DSS | |
| Metaverse | |
| Metaverse Ecosystem | |
| Method | |
| Method · Accuracy | |
| methods | |
| Misinformation | |
| Mission-driven strategy | |
| Mixed Reality | |
| Moral Hazard | |
| Multi-Hub Models | |
| multistakeholder engagement | |
| N | |
| Narrative Literature Review | |
| National Competitive Advantage | |
| Natural Language Processing | |
| Natural Language Processing (NLP) | |
| Netnography | |
| Network Theory | |
| Neuroscientific tools | |
| Non-financial disclosure | |
| Normalization Process Theory | |
| O | |
| Objective assessment | |
| occupation | |
| OER | |
| older workers | |
| One Health | |
| Organization Design | |
| Organizational Culture | |
| Organizational Learning | |
| Organizational Network | |
| organizational practice | |
| Organizational Support | |
| Organizations | |
| P | |
| Panel Data Analysis | |
| Perceived usefulness | |
| Performance indicators | |
| platform competition | |
| PLS-SEM | |
| Predictive Business Applications | |
| Predictive Modeling | |
| PRISMA | |
| Prison | |
| Prison system | |
| process automation | |
| product recommendations | |
| Productivity | |
| Prompt Engineering | |
| Proof of Concept | |
| Prosocial Behavior | |
| Public Administration | |
| public employees | |
| Public Goods | |
| Public Health Cybersecurity | |
| public organisations | |
| Public Sector | |
| Public Sector Digital Transformation | |
| Public Sector Innovation | |
| Q | |
| QHSE Metrics | |
| Qualitative research | |
| Quantile Regression | |
| Quantum Technologies | |
| R | |
| Re-Engineering | |
| Recommendation systems | |
| Regime Shifting | |
| Relationships | |
| Remote work | |
| Renewable Energy Communities | |
| Renewable Energy Investment | |
| Renewable Energy Policy | |
| resident scheduling | |
| Resilience | |
| responsibility diffusion | |
| Responsible AI | |
| Responsible Design | |
| Responsible Digital Ecosystems | |
| Risk Management | |
| Robotic Process Automation | |
| robotics | |
| Role-Sensitive Design | |
| S | |
| satisfaction | |
| SDG Transformations | |
| SDGs | |
| Second parties | |
| self versus others | |
| Sentiment | |
| Sentiment Analysis | |
| Shadow AI | |
| Shadow IT | |
| Shared Responsibility | |
| Signal-ling Theory | |
| Simulations | |
| Skill | |
| skills | |
| skills development | |
| Small and Medium Enterprises (SMEs) | |
| Smart Cities | |
| Smart City | |
| smart HRM | |
| smart recruitment | |
| smart working | |
| SME Digitalization | |
| SMEs | |
| Social Choice | |
| Social Dilemma | |
| Social Impact | |
| social impacts | |
| Social Media Economics | |
| Social Presence Theory | |
| Social Response Theory | |
| Socio-technical | |
| Socio-technical Framework | |
| socio-technical system | |
| Socio-Technical Systems | |
| Socio-technical systems (STS) | |
| Sociomateriality | |
| sociotechnical system | |
| Soft skills measurement | |
| Solar Photovoltaics | |
| South Africa | |
| Startup | |
| State of research | |
| STEM Occupations | |
| Stochastic Automation | |
| Strategic Trade-offs | |
| Sustainability | |
| Sustainability and Development | |
| Sustainability Education | |
| Sustainability Performance | |
| Sustainability Report | |
| SUSTAINABILITY REPORTS | |
| sustainable | |
| Sustainable Business Networks | |
| Sustainable Development Goals | |
| Sustainable Food | |
| Sustainable Society | |
| systematic literature review | |
| systematic survey | |
| Systems Engineering | |
| T | |
| Task crafting | |
| Task-Technology Fit (TTF) | |
| Tax Collection | |
| Team Inclusion Climate | |
| Teams | |
| techno-vigilance | |
| Technological Determinism | |
| technological development | |
| Technological Inequality | |
| Technological innovations | |
| Technology | |
| Technology Acceptance Model (TAM) | |
| technology adoption | |
| Technology Adoption | |
| Technostress | |
| Theoretical development | |
| topic modeling | |
| Topic Modelling | |
| Training | |
| Trust | |
| Trust beliefs | |
| Twin transformation | |
| Typology Analysis | |
| U | |
| Uncertainty | |
| University Resilience | |
| Urban dashboard | |
| Urban Development | |
| Urban Innovation | |
| usability | |
| User Perception | |
| user-centered design | |
| UTAUT | |
| V | |
| Value Alignment | |
| Value Management | |
| VAR Model | |
| Venture Capital | |
| W | |
| Water | |
| Water Scarcity Prediction · Supervised Learning · Sustain- | |
| Water stress prediction · Machine learning · Random Forest | |
| well-being | |
| work organisation | |
| Work-Life Integration | |
| workflow efficiency | |
| Workplace Interventions | |
| workplaces | |
| · | |
| · Feature importance · Sustainable water management · ensemble | |