L3D25

(1.3)
L2T2 (9%): Computer (64%)

L2T92 (9%): Industry (38%), Manufacturing (23%), Unemployment (23%)

L2T130 (8%): Automation (52%), Robot (48%)

L2T86 (8%): Productivity (40%), Economic growth (29%)

L2T125 (6%): Entrepreneurship (44%), Venture capital (26%)

L2T74 (6%): Internet access (39%), Telecommunication (26%), Information and communications technology (23%)

L2T10 (5%)
L2DCommonL1DSpecificExamples
L2D95

(1.4)
L2T125 (10%): Competition (companies) (22%), Small and medium-sized enterprises (14%), Venture capital (14%), Research and development (12%)

L2T74 (10%): Technological convergence (17%), Information and communications technology (15%), Information society (12%), Cisco Systems (10%), International Telecommunication Union (9%)

L2T130 (5%): Robot (25%), Artificial objects (18%), Cyber-physical system (15%), Automation (15%)

L2T5 (5%): Singapore (12%), Japan (11%), Association of Southeast Asian Nations (9%), Aging of Japan (8%), Nazir Razak (8%)

L2T36 (4%): Framework Programmes for Research and Technological Development (53%), Lisbon Strategy (36%)

L2T92 (4%): 3D printing (29%), Technological revolution (20%), Industrial Revolution (15%), Fourth Industrial Revolution (15%)

L2T127 (4%): Cloud computing (43%)

L2T58 (3%): Standardization (55%), Interoperability (34%)

L2T87 (3%): Technological singularity (18%), Mind uploading (18%), Deep learning (17%), Ray Kurzweil (17%)

L2T128 (3%): Computing (59%)

L2T104 (3%): Privacy (28%), Information sensitivity (18%)
L1D265

(1.3)
L2T125 (10%): Competition (companies) (22%), Small and medium-sized enterprises (14%), Venture capital (14%), Research and development (12%)

L2T74 (10%): Technological convergence (17%), Information and communications technology (15%), Information society (12%), Cisco Systems (10%), International Telecommunication Union (9%)

L2T130 (5%): Robot (25%), Artificial objects (18%), Cyber-physical system (15%), Automation (15%)

L2T5 (5%): Singapore (12%), Japan (11%), Association of Southeast Asian Nations (9%), Aging of Japan (8%), Nazir Razak (8%)

L2T36 (4%): Framework Programmes for Research and Technological Development (53%), Lisbon Strategy (36%)

L2T92 (4%): 3D printing (29%), Technological revolution (20%), Industrial Revolution (15%), Fourth Industrial Revolution (15%)

L2T127 (4%): Cloud computing (43%)

L2T58 (3%): Standardization (55%), Interoperability (34%)

L2T87 (3%): Technological singularity (18%), Mind uploading (18%), Deep learning (17%), Ray Kurzweil (17%)

L2T128 (3%): Computing (59%)

L2T104 (3%): Privacy (28%), Information sensitivity (18%)
  • Council Of The European Union (2007) (2007) [+]
  • Impact analysis in the domain of eBusiness & new working environments : final report. (2014) (2014) [+]
  • FP6 IST impact analysis study : final report. (2014) (2014) [+]
  • Open Data for Economic Growth in Russia (2015) (2015) [+]
  • Foresight services to support strategic programming within Horizon 2020 : foresight report (D3). (2015) (2015) [+]
  • Foresight services to support strategic programming within Horizon 2020 : foresight report (D3). (2015) (2015) [+]
  • Mid- to Long-Term Master Plan in Preparation for the Intelligent Information Society (2017) (2017) [+]
  • 平成 28 年度グローバル・ベンチャー・エコシステム連携強化事業 (中堅・中小企業等イノベーション創出支援プログラム) (2017) (2017) [+]
  • Interim Evaluation of the ECSEL Joint Undertaking (2014-2016) operating under Horizon 2020 : final report. (2017) (2017) [+]
  • ASEAN 4.0: What does the Fourth Industrial Revolution mean for regional economic integration? (2017) (2017) [+]
  • AVVISO PUBBLICO per la realizzazione di uno “Studio di fattibilità nell’ambito dell’evoluzione dei servizi di welfare con tecnologie 4.0” - C.I.G. 70924402A (2018) (2018) [+]
  • The Future Computed – Artificial intelligence and its role in society (2018) (2018) [+]
  • Frontier technologies for sustainable development in Asia and the Pacific (2018) (2018) [+]
  • 平成 27 年 9 月 25 日付け諮問第 23 号 「 IoT / ビッグデータ時代に向けた 新たな情報通信政策の在り方」 (2018) (2018) [+]
  • The Role of Artificial Intelligence in Supporting Development in Emerging Markets (2019) (2019) [+]
  • La Robótica al Servicio de la Pandemia (2020) (2020) [+]
  • Ministero della Giustizia (2020) (2020) [+]
L2D96

(1.5)
L2T127 (22%): Cyberattack (18%), Internet of things (18%), Computer security (17%), 5G (14%), Cloud computing (11%)

L2T27 (11%): Patient (21%), Telehealth (14%), Electronic health record (13%), Health system (13%), Health data (11%)

L2T10 (8%): Streaming media (44%)

L2T24 (7%): Personalized medicine (37%), Medicine (27%), Medical imaging (20%)

L2T87 (5%): Machine learning (40%), Chatbot (39%)
L1D266

(1.7)
L2T127 (15%): Cyberattack (20%), Digital twin (17%), Vulnerability (computing) (14%), Computer security (14%), Internet of things (13%)

L2T27 (10%): Digital health (25%), Emergency department (21%), Patient (16%)

L2T12 (9%): Mobile app (51%)

L2T24 (7%): Personalized medicine (38%), Medicine (25%)

L2T113 (7%): Coronavirus disease 2019 (24%), Psychological resilience (17%), COVID-19 apps (14%), Contact tracing (13%), COVID-19 pandemic (12%)

L2T87 (7%): Chatbot (33%)
  • Security is community: Lessons from the Panic Button experience: Executive summary (2015) (2015) [+]
  • Risk Nexus: Overcome by Cyber Risks? Economic Benefits and Costs of Alternate Cyber Futures (2015) (2015) [+]
  • The age of analytics: Competing in a data-driven world (2016) (2016) [+]
  • Discussion Paper: National Strategy for Artificial National Institution for Transforming India (NITI Aayog) India Intelligence (2018) (2018) [+]
  • Digital Health Technology Vision 2019 (2019) (2019) [+]
  • MyMarkets | Digital Health Tech Vision 2019 (2019) (2019) [+]
  • DARQ Power | Digital Health Tech Vision 2019 (2019) (2019) [+]
  • Valto: Glimpses of the future. Data policy, artificial intelligence and robotisation as enablers of wellbeing and economic success in Finland (2019) (2019) [+]
  • Secure Us to Secure Me | Digital Health Tech Vision 2019 (2019) (2019) [+]
  • Technology Identity | Digital Health Tech Vision 2019 (2019) (2019) [+]
  • Human+ Worker | Digital Health Tech Vision 2019 (2019) (2019) [+]
  • Critical Frontier: Leveraging Technology to Combat COVID-19 (2020) (2020) [+]
  • Artificial Intelligence and Digital Transformation: early lessons from the COVID-19 crisis (2020) (2020) [+]
  • Artificial intelligence and digital transformation : early lessons from the COVID-19 crisis. (2020) (2020) [+]
  • Africa’s digital solutions to tackle COVID-19. (2020) (2020) [+]
  • COR0131 - Home Office preparedness for Covid-19 (Coronavirus) (2020) (2020) [+]
  • Evaluation of the Regulators’ Pioneers Fund (RPF) - Round 1 (2021) (2021) [+]
L1D267

(1.3)
L2T127 (15%): Cloud computing (20%), Blockchain (18%), Internet of things (15%), Computer security (13%)

L2T10 (9%): Over-the-top media services (23%), Streaming media (21%), Wearable technology (12%)

L2T84 (6%): Self-driving car (22%), Transport (14%)

L2T126 (5%): Market (economics) (46%), Disruptive innovation (28%)

L2T27 (5%): Electronic health record (11%), Health system (11%), University of Mississippi Medical Center (7%), Health information management (7%), Hospital (5%)

L2T53 (4%): Touchpoint (37%), Personalization (35%)

L2T11 (4%): Virtual reality (55%)

L2T130 (4%): Robotics (32%), Cyber-physical system (26%), Automation (18%)
  • What if... consumers took more extreme measures to help drive sustainable behaviour? . (2002) (2002) [+]
  • Using logic models : the results of a study to explore how logic models could be used in developing a methodological framework for the high-quality assessment of IST-RTS effects at the strategic objective level : summary report. (2014) (2014) [+]
  • Think Big:Science and Technology Policies for the Next Administration (2016) (2016) [+]
  • Data and analytics innovation : emerging opportunities and challenges : report to congressional requestors. (2016) (2016) [+]
  • Highlights of a Forum: Data and Analytics Innovation: Emerging Opportunities and Challenges (2016) (2016) [+]
  • Unleashing Innovation and Entrepreneurship in Europe: People, Places and Policies (2017) (2017) [+]
  • ASEAN 4.0: What does the Fourth Industrial Revolution mean for regional economic integration? (2017) (2017) [+]
  • S.Hrg. 115-644 — ADVANCING THE INTERNET OF THINGS IN RURAL AMERICA (2017) (2017) [+]
  • Technology for the Many: A Public Policy Platform for a Better, Fairer Future (2017) (2017) [+]
  • Consumer product safety in the Internet of Things (2018) (2018) [+]
  • Internet of Things Legislation (2018) (2018) [+]
  • Proposte per una strategia italiana (2019) (2019) [+]
  • Sztuczna Inteligencja: Made in Asia - ik.org.pl (2019) (2019) [+]
  • Emerging Technologies: DARQ | Media Tech Vision (2019) (2019) [+]
  • Technology in the Workplace | Media Tech Vision (2019) (2019) [+]
  • Media Technology Trends | Tech Vision 2019 (2019) (2019) [+]
  • Demand Forecasting | Media Tech Vision (2019) (2019) [+]
  • Customer Personalization | Media Tech Vision (2019) (2019) [+]
  • Media Cybersecurity | Tech Vision 2019 (2019) (2019) [+]
  • Promoting European Growth, Productivity, and Competitiveness by Taking Advantage of the Next Digital Technology Wave (2019) (2019) [+]
  • Forging our Digital Future with 5G: A Strategy for Scotland (2019) (2019) [+]
  • Technology Vision 2020 (2020) (2020) [+]
  • 17 November 2020 (2020) (2020) [+]
  • Artificial intelligence : critical industrial applications : report on market analysis of prioritised value chains, the most critical AI applications and the conditions for AI rollout. (2020) (2020) [+]
  • Advanced technologies for industry : AT watch : technology focus on artificial intelligence. (2020) (2020) [+]
  • EMS0134 - Economics of music streaming (2021) (2021) [+]
L2D97

(1.9)
L2T29 (16%): Education For All (5%), Educational assessment (4%), Sustainable Development Goal 4 (4%), Design rule for Camera File system (3%), Right of Children to Free and Compulsory Education Act, 2009 (3%)

L2T32 (12%): Teacher (23%), Curriculum (20%), School (19%)

L2T4 (9%): Information system (28%), Database (15%)

L2T3 (6%): Evaluation (37%), System (33%)

L2T111 (5%): Poverty (19%), Millennium Development Goals (18%), Development aid (15%), Aid (14%)

L2T89 (4%): Cognition (45%), Learning (43%)
L1D268

(1.6)
L2T29 (16%): Education For All (5%), Educational assessment (4%), Sustainable Development Goal 4 (4%), Design rule for Camera File system (3%), Right of Children to Free and Compulsory Education Act, 2009 (3%)

L2T32 (12%): Teacher (23%), Curriculum (20%), School (19%)

L2T4 (9%): Information system (28%), Database (15%)

L2T3 (6%): Evaluation (37%), System (33%)

L2T111 (5%): Poverty (19%), Millennium Development Goals (18%), Development aid (15%), Aid (14%)

L2T89 (4%): Cognition (45%), Learning (43%)
  • Connecting the Dots: Data Use in Afterschool Systems (1970) (1970) [+]
  • Leader Tracking Systems:Turning Data Into Information for School Leadership (1970) (1970) [+]
  • Evaluating The Impact Of Implementing Student Information And Instructional Management Systems International (2006) (2006) [+]
  • Learning negotiations with web-based [web based] systems : the case of IIMB (2007) (2007) [+]
  • The Reorganization of the Department of Education (2009) (2009) [+]
  • Managing schools for educational quality and equity: finding the proper mix to make it work (2011) (2011) [+]
  • Collaborative Approaches to Education Reform Have Both Challenges and Potential (2011) (2011) [+]
  • Information Economy Report 2012 (2012) (2012) [+]
  • WTIA ICT Cluster Study 2014 (2015) (2015) [+]
  • NI Computer Based Assessment - independent review (2015) (2015) [+]
  • Open data in the governance of South African higher education : case study (2016) (2016) [+]
  • Report of the 10th Meeting of the UNCTAD Advisory Group on Innovation Knowledge for Inclusive and Sustainable Develolpment: Transferring Knowledge through Technology (2016) (2016) [+]
  • Governos que servem: Inovações que estão melhorando a prestação de serviços aos cidadãos (2017) (2017) [+]
  • Data for Learning : Building a Smart Education Data System (2017) (2017) [+]
  • Lessons Learned from World Bank Education Management Information System Operations : Portfolio Review, 1998-2014 (2017) (2017) [+]
  • Innovative food price collection in developing countries : focus on crowdsourcing in Africa. (2017) (2017) [+]
  • Education, industrialization and scientific and technical progress: report of an IIEP seminar (2018) (2018) [+]
  • Re-orienting Education Management Information Systems (EMIS) towards inclusive and equitable quality education and lifelong learning (2018) (2018) [+]
  • Open innovation 2.0 yearbook 2017-2018. (2018) (2018) [+]
  • India: Using open school data to improve transparency and accountability (2018) (2018) [+]
  • India: using open school data to improve transparency and accountability (2018) (2018) [+]
  • Realising the potential of technology in education (2019) (2019) [+]
  • From Paper to the Cloud: Guiding the Digital Transformation of Education Management and Information Systems (SIGEDs) (2019) (2019) [+]
  • Operational guide to using EMIS to monitor SDG 4 (2020) (2020) [+]
  • The role of education management information systems in supporting progress towards SDG 4: recent trends and international experiences (2020) (2020) [+]
L2D98

(1.5)
L2T6 (25%): Scotland (16%), United Kingdom (15%), Glasgow (13%), Creative industries (13%), Department for Digital, Culture, Media and Sport (10%)

L2T74 (11%): Internet access (26%), Digital divide (14%), Digital strategy (14%)

L2T103 (7%): Social media (29%), Online and offline (19%), BBC (17%)

L2T32 (4%): Digital literacy (34%), Literacy (33%), Educational technology (27%)

L2T11 (3%): Virtual reality (72%)
L1D269

(1.4)
L2T74 (14%): Internet access (20%), Information and communications technology (11%), Digital divide (11%)

L2T32 (11%): Digital literacy (25%), Literacy (23%), Educational technology (17%), Teacher (13%)

L2T31 (9%): Higher education (27%), Apprenticeship (18%), Training (17%)

L2T30 (5%): Academic degree (16%), Diploma (13%), University (12%), Postgraduate education (10%), Bachelor's degree (10%)

L2T53 (4%): Marketing (22%), Customer experience (13%), Retail (12%)

L2T119 (4%): Education (69%)

L2T128 (4%): Information technology (36%), Computer network (33%), Computing (31%)
  • Social Services for Digital Citizens: Opportunities for Latin America and the Caribbean (1970) (1970) [+]
  • Study of the development of ICT in the kingdom of Bhutan (2007) (2007) [+]
  • Abu Dhabi’s ICT Policy Priority Areas and Korea’s Best Practices (2012) (2012) [+]
  • ICT workforce study, July 2013 (2013) (2013) [+]
  • Digital Glasgow Roadmap (2014) (2014) [+]
  • Jisc: a hidden advantage for higher education - HEPI (2014) (2014) [+]
  • Skills and Jobs in the Internet Economy (2014) (2014) [+]
  • Integrated Information and Communication Technology Strategies for Competitive Higher Education in Asia and the Pacific (2015) (2015) [+]
  • The new work mindset (2016) (2016) [+]
  • Digital skills for the UK economy (2016) (2016) [+]
  • Imagining the future(s) (2017) (2017) [+]
  • CAUDIT top ten issues - 2016 (2017) (2017) [+]
  • Scotland's digital strategy: evidence discussion paper (2017) (2017) [+]
  • Imagining the future(s) (2017) (2017) [+]
  • The Greater Manchester Digital Strategy 2018-2020 Foreword by Andy Burnham and Sean Anstee (2018) (2018) [+]
  • Information and communications technologies industry environment scan – 2012 (2018) (2018) [+]
  • Date (2018) (2018) [+]
  • Multi-channel management in PES : from blending to omni-channelling : analytical paper. (2018) (2018) [+]
  • Techdaddy Doesn’t Know Best (2018) (2018) [+]
  • Reskilling the Workforce | Future Workforce (2018) (2018) [+]
  • Digital Transformation: Assessing the Impact of Digitalisation on Ireland’s Workforce (2018) (2018) [+]
  • Digital Transformation: Assessing the Impact of Digitalisation on Ireland's Workforce (2018) (2018) [+]
  • Artificial Intelligence and International Security (2018) (2018) [+]
  • Creative skills for the future economy (2019) (2019) [+]
  • Digital Skills : Frameworks and Programs (2021) (2021) [+]
L1D270

(1.8)
L2T6 (39%): London (5%), Nesta (charity) (4%), Scotland (4%), United Kingdom (4%), Wales (3%)

L2T11 (8%): Curator (14%), Heritage Lottery Fund (13%), Film (12%), 3D modeling (9%), Video game (9%)

L2T117 (7%): Community (19%), Sport (15%), Collaboration (15%)
  • Digital Divide_0426 (2007) (2007) [+]
  • Transforming public services, using technology and digital tools and approaches (2014) (2014) [+]
  • Digital Social Innovation in Northern Ireland (2014) (2014) [+]
  • Unknown (2014) (2014) [+]
  • City of Seattle Department of Information Technology (2015) (2015) [+]
  • Deep Dive : 04 Digital and Creative Industries (2016) (2016) [+]
  • Tech Nation 2016 (2016) (2016) [+]
  • Connected Councils: A digital vision of local government in 2025 (2016) (2016) [+]
  • Culture is Digital (2018) (2018) [+]
  • Culture is Digital (2018) (2018) [+]
  • Education and Skills Committee 27 March 2018 (2018) (2018) [+]
  • London ideas (2018) (2018) [+]
  • Digital Glasgow Strategy (2018) (2018) [+]
  • Creative Nation (2018) (2018) [+]
  • Culture is digital (2019) (2019) [+]
  • Unlocking Data Innovation for Social License in Natural Resources (2020) (2020) [+]
L2D99

(1.9)
L2T130 (15%): Robot (28%), Automation (27%), Robotics (19%), Machine (15%)

L2T87 (12%): Machine learning (23%)

L2T92 (12%): Labour economics (38%), Unemployment (29%)

L2T90 (8%): Technological unemployment (17%), Technological change (10%), Human capital (9%)

L2T129 (7%): Artificial intelligence (44%), Intelligence (39%)
L1D271

(1.6)
L2T130 (15%): Robot (28%), Automation (27%), Robotics (19%), Machine (15%)

L2T87 (12%): Machine learning (23%)

L2T92 (12%): Labour economics (38%), Unemployment (29%)

L2T90 (8%): Technological unemployment (17%), Technological change (10%), Human capital (9%)

L2T129 (7%): Artificial intelligence (44%), Intelligence (39%)
  • The impact of artificial intelligence on jobs and work in New Zealand (1970) (1970) [+]
  • Technological innovation: The challenges for labour (1970) (1970) [+]
  • Employment, income and occupational effects of computer-based automation in Canada / by Thomas H. McCurdy. (2002) (2002) [+]
  • AI, Robotics, and the Future of Jobs (2014) (2014) [+]
  • CEDA - Australia's future workforce? (2015) (2015) [+]
  • Australia's future workforce? (2015) (2015) [+]
  • Creativity Vs Robots (2015) (2015) [+]
  • Structural Transformation in the OECD (2016) (2016) [+]
  • Automation and the Workforce (2016) (2016) [+]
  • The Risk of Automation for Jobs in OECD Countries (2016) (2016) [+]
  • House Hearing, 114th Congress — THE DISRUPTER SERIES: ADVANCED ROBOTICS (2016) (2016) [+]
  • New technologies: A jobless future or golden age of job creation? (2016) (2016) [+]
  • Harnessing automation for a future that works (2017) (2017) [+]
  • Surfing the 4th Industrial Revolution: Artificial intelligence and the liberal arts (2017) (2017) [+]
  • Artificial Intelligence and the Modern Productivity Paradox: A Clash of Expectations and Statistics (2017) (2017) [+]
  • What’s now and next in analytics, AI, and automation (2017) (2017) [+]
  • Technological Change and the Labor Market in Argentina and Uruguay : A Task Content Analysis (2017) (2017) [+]
  • Are robots taking our jobs? (2017) (2017) [+]
  • The VDAB’s innovation lab : summary report. (2017) (2017) [+]
  • Valto: Work in the age of artificial intelligence: Four perspectives on the economy, employment, skills and ethics (2018) (2018) [+]
  • The impact of artificial intelligence on work: an evidence synthesis (2018) (2018) [+]
  • The impact of artificial intelligence on work: an evidence review (2018) (2018) [+]
  • The promise and challenge of the age of artificial intelligence (2018) (2018) [+]
  • AI, automation, and the future of work: Ten things to solve for (2018) (2018) [+]
  • Many College Graduates Probably Aren't Thinking About Automation (2018) (2018) [+]
  • Economic and Labor Force Implications of Artificial Intelligence (2018) (2018) [+]
  • Testimony before the U.S. Joint Economic Committee on Innovation (2018) (2018) [+]
  • Valto: Työpoliittinen aikakauskirja 1/2018 (2018) (2018) [+]
  • The age of automation: Artificial Intelligence, robotics and the future of low-skilled work (2018) (2018) [+]
  • Ai to Boost Middle East Gva by 200 Billion by 2035 (2018) (2018) [+]
  • The Big Disconnect: AI, Leaders And The Workforce (2018) (2018) [+]
  • AI and work: a Royal Society and British Academy evidence synthesis on implications for individuals, communities, and societies (2018) (2018) [+]
  • Creativity vs robots: the creative economy and the future of employment (2018) (2018) [+]
  • Creativity and the future of skills (2018) (2018) [+]
  • Using online job vacancies to understand the UK labour market from the bottom-up (2018) (2018) [+]
  • Creating South (2018) (2018) [+]
  • Big Data Hubris (2018) (2018) [+]
  • Valto: Tekoälyajan työ: neljä näkökulmaa talouteen, työllisyyteen, osaamiseen ja etiikkaan (2018) (2018) [+]
  • Skills anticipation for the digital age (2019) (2019) [+]
  • AI, the future of work? : work of the future! : on how artificial intelligence, robotics and automation are transforming jobs and the economy in Europe. (2019) (2019) [+]
  • What jobs are affected by AI? Better-paid, better-educated workers face the most exposure (2019) (2019) [+]
  • Review of digital innovation: interim report (2019) (2019) [+]
  • New Evidence of Generational Progress for Mexican Americans (2019) (2019) [+]
  • How Will Machine Learning Transform the Labor Market? (2019) (2019) [+]
  • El futuro del trabajo en América Latina y el Caribe: ¿Cuáles son las ocupaciones y las habilidades emergentes más demandadas en la región? (versión interactiva) (2019) (2019) [+]
  • Workforce Automation: Better Data Needed to Assess and Plan for Effects of Advanced Technologies on Jobs (2019) (2019) [+]
  • Understanding Job Loss Predictions From Artificial Intelligence (2019) (2019) [+]
  • Tackling Europe’s gap in digital and AI (2019) (2019) [+]
  • Digitalization and the Future of Work: Macroeconomic Consequences (2019) (2019) [+]
  • Data Science in the New Economy: A new race for talent in the Fourth Industrial Revolution (2019) (2019) [+]
  • Robots at Work: Automatable and Non Automatable Jobs (2019) (2019) [+]
  • Job displacement and the polarisation of the labour market in Northern Ireland (2019) (2019) [+]
  • Briefing note - Artificial or human intelligence? (2019) (2019) [+]
  • Artificial Intelligence and the Future of Work (2019) (2019) [+]
  • Futures of work in Latin America: between technological innovation and crisis (2020) (2020) [+]
  • 14 October 2020 (2020) (2020) [+]
  • The consequences of AI-based technologies for jobs. (2020) (2020) [+]
  • These are the droids you’re looking for: An optimistic vision for artificial intelligence, automation and the future of work — Adam Smith Institute (2020) (2020) [+]
  • Artificial intelligence and the future of the digital work-oriented society : An outline for a holistic technology impact assessment / Thorben Albrecht and Christian Kellermann. (2020) (2020) [+]
  • Robots and the Origin of Their Labour-Saving Impact (2020) (2020) [+]
  • The future of skills: A case study of the Turkish automotive sector (2021) (2021) [+]
  • May AI Revolution Be Labour-Friendly? Some Micro Evidence from the Supply Side (2021) (2021) [+]
  • The changing nature of work in Canada amid recent advances in automation technology / by Kristyn Frank, Zhe Yang and Marc Frenette.: CS36-28-0001/2021-1-4E-PDF Publications - Canada.ca (2021) (2021) [+]
  • The impact of Artificial Intelligence on the labour market: What do we know so far? (2021) (2021) [+]
  • The future of skills: A case study of the automotive sector in Turkey (2021) (2021) [+]
  • Are Labour Markets Ready for the Digital Transformation? (2021) (2021) [+]
  • The Future of Jobs in the Era of AI (2021) (2021) [+]
L2D100

(1.7)
L2T5 (15%): Japan (41%), China (25%), South Korea (23%)

L2T114 (13%): Integrated circuit (100%)

L2T10 (9%): Microsoft (51%), IPhone (49%)

L2T2 (8%): Personal computer (40%), Microprocessor (25%)

L2T125 (5%): Research and development (43%), Competition (companies) (30%)
L1D272

(1.7)
L2T90 (8%): Recession (21%), Offshoring (15%), Value added (15%), Workforce productivity (14%)

L2T53 (8%): Value proposition (13%), Diana Farrell (12%), Revenue management (11%), Distribution center (10%), Brand (9%)

L2T114 (7%): Texas Instruments (10%), Fabless manufacturing (10%), Eureka (organisation) (10%), Compaq (10%), SEMATECH (10%)

L2T86 (7%): Economics (35%), Economic growth (17%)

L2T46 (7%): Wing configuration (15%), Wright brothers (15%), Jet engine (14%), Boeing (13%), Airplane (12%)

L2T2 (6%): IBM (21%), Microprocessor (19%), Personal computer (12%), Desktop computer (11%)

L2T92 (5%): Industry (28%), 3D printing (19%), Manufacturing (18%)

L2T73 (5%): Honeywell (19%), Microelectronics and Computer Technology Corporation (19%), Trade secret (13%), Trademark (11%), Invention (11%)
  • Whatever happened to the new economy? (2002) (2002) [+]
  • International R&D collaborative programs / Jeet Hothi & Dan Byron. (2002) (2002) [+]
  • Future manufacturing: business models for emerging sectors (2013) (2013) [+]
  • Skill Development and Sustainable Prosperity: Cumulative and Collective Careers versus Skill-Biased Technical Change (2015) (2015) [+]
  • World Intellectual Property Report 2015 - Breakthrough Innovation and Economic Growth (2016) (2016) [+]
  • Measuring Manufacturing: How the Computer and Semiconductor Industries Affect the Numbers and Perceptions (2018) (2018) [+]
L1D273

(1.8)
L2T5 (19%): Japan (9%), South Korea (5%), Chaebol (5%)

L2T9 (13%): Mostek (4%), Saitama Prefecture (4%), Loongson (4%), Akihabara (4%), Kanagawa Prefecture (4%)

L2T53 (8%): Online shopping (11%), EBay (9%), Amazon (company) (8%), Sales (6%)

L2T10 (6%): Consumer electronics (19%), Television (12%)

L2T114 (5%): Dynamic random-access memory (14%), Liquid-crystal display (13%), CMOS (12%), Transistor (10%), Integrated circuit (9%)
  • The Information Revolution in Asia (2003) (2003) [+]
  • Emerging Global Trends in Advanced Manufacturing (2012) (2012) [+]
  • Innovative Tokyo (2012) (2012) [+]
  • Technological development in the micro-electronics industry and its implications for educational planning in the Republic of Korea (2014) (2014) [+]
  • Gauging the strength of Chinese innovation (2015) (2015) [+]
  • An Analysis of Job and Wage Growth in the Tech/Telecom Sector (2017) (2017) [+]
  • Valto: Älyteknologiaratkaisut ikääntyneiden kotona asumisen tukena (2017) (2017) [+]
  • Technology and Innovation Report 2018: Harnessing Frontier Technologies for Sustainable Development (2018) (2018) [+]
  • Regulation and the “Productivity Revolution” in Japan’s Handset Market (2018) (2018) [+]
  • Defence and security R&D: A sovereign strategic advantage (2019) (2019) [+]
  • Additive Manufacturing Needs a Business Ecosystem (2020) (2020) [+]
L1D274

(1.9)
L2T51 (10%): New Zealand (16%), University of Florida (10%), American Academy of Arts and Sciences (10%), Australia (10%), Wellington (10%)

L2T30 (10%): University (11%), Stanford University (11%), Working hypothesis (11%), Columbia University (10%), University of Texas at Austin (9%)

L2T125 (10%): Competition (companies) (15%), Research and development (14%), Knowledge spillover (10%), Global marketing (10%), Absorptive capacity (9%)

L2T116 (6%): Laboratory (20%), Carnegie Mellon University (15%), Massachusetts Institute of Technology (14%), Scientist (12%), Engineering (12%)

L2T86 (5%): Productivity (19%), Economics (18%), Economic development (13%), Tertiary sector of the economy (13%), Economic growth (13%)

L2T15 (5%): Foreign direct investment (17%), Dumping (pricing policy) (16%), Export (15%), North American Free Trade Agreement (15%), Trade (13%)

L2T35 (5%): Institute for Scientific Information (22%), Citation index (20%), Bibliometrics (16%), Knowledge transfer (14%), Science policy (14%)
  • World science report, 1996 (1996) (1996) [+]
  • The Role of the educational system in the technological development of electronics and telecommunications in Indonesia (2014) (2014) [+]
  • Information and communications technology report (2015) (2015) [+]
  • Concept to Commercialization: The Best Universities for Technology Transfer (2017) (2017) [+]
L1D275

(2.2)
L2T5 (21%): Electronics manufacturing services (10%), Foxconn (9%), China (7%), Solectron (7%), Compal Electronics (7%)

L2T114 (18%): Integrated circuit (13%), Lenovo (11%), FLOPS (7%)

L2T10 (12%): Intel (19%), Nokia (12%), Flex (company) (11%), HTC (11%), Apple Inc. (11%)
  • S.Hrg. 109-206 — U.S.-E.U. REGULATORY COOPERATION ON EMERGING TECHNOLOGIES (2005) (2005) [+]
  • Global Value Chains in the Electronics Industry : Was the Crisis a Window of Opportunity for Developing Countries? (2012) (2012) [+]
  • High performance computing in the EU : progress on the implementation of the European HPC strategy : final report. (2015) (2015) [+]
  • Flexible workforces and low profit margins: electronics assembly between Europe and China (2016) (2016) [+]
  • The Global Information and Communications Technology Industry : Where Vietnam Fits in Global Value Chains (2017) (2017) [+]
  • Understanding China's AI Strategy (2019) (2019) [+]