Publications: Erik Brynjolfsson

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  • Affiliation: Professor at Stanford; NBER; Stanford Digital Economy Lab
  • Google Scholar ID: lqyGZpQAAAAJ
  • Total Publications: 495

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Title Year Citations Score
The second machine age: Work, progress, and prosperity in a time of brilliant technologies
WW Norton & Company, 2014
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2014 10878 99.9%
On the opportunities and risks of foundation models
arXiv preprint arXiv:2108.07258, 2021
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2021 2332 99.9%
Big data: the management revolution
Harvard business review 90 (10), 60-68, 2012
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2012 7507 99.8%
Race against the machine: How the digital revolution is accelerating innovation, driving productivity, and irreversibly transforming employment and the economy
Brynjolfsson and McAfee, 2011
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2011 3375 99.7%
Information technology, workplace organization, and the demand for skilled labor: Firm-level evidence
The Quarterly Journal of Economics 117 (1), 339-376, 2002
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2002 5016 99.7%
The productivity paradox of information technology
Communications of the ACM 36 (12), 66-77, 1993
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1993 4618 99.7%
Beyond computation: Information technology, organizational transformation and business performance
Journal of Economic perspectives 14 (4), 23-48, 2000
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2000 4783 99.6%
COVID-19 and remote work: An early look at US data
National Bureau of Economic Research, 2020
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2020 1355 99.6%
Paradox lost? Firm-level evidence on the returns to information systems spending
Management science 42 (4), 541-558, 1996
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1996 3543 99.6%
Frictionless commerce? A comparison of Internet and conventional retailers
Management science 46 (4), 563-585, 2000
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2000 4170 99.5%
Artificial Intelligence and the Modern Productivity Paradox
The Economics of Artificial Intelligence: An Agenda, 23, 2019
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2019 1201 99.5%
Productivity, business profitability, and consumer surplus: Three different measures of information technology value
MIS quarterly, 121-142, 1996
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1996 2434 99.2%
Computing productivity: Firm-level evidence
Review of economics and statistics 85 (4), 793-808, 2003
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2003 2467 99.2%
Machine, Platform, Crowd
Norton, 2017
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2017 1316 99.1%
Competing in the age of omnichannel retailing
MIT sloan management Review, 2013
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2013 1542 99.1%
Machine, platform, crowd: Harnessing our digital future
WW Norton & Company, 2017
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2017 1292 99.1%
The AI index 2021 annual report
arXiv preprint arXiv:2103.06312, 2021
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2021 492 99.0%
What can machine learning do? Workforce implications
Science 358 (6370), 1530-1534, 2017
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2017 1114 98.9%
The productivity J-curve: How intangibles complement general purpose technologies
American Economic Journal: Macroeconomics 13 (1), 333-372, 2021
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2021 441 98.9%
Generative AI at work
National Bureau of Economic Research, 2023
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2023 178 98.8%
Beyond the productivity paradox
Communications of the ACM 41 (8), 49-55, 1998
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1998 1951 98.8%
Bundling information goods: Pricing, profits, and efficiency
Management science 45 (12), 1613-1630, 1999
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1999 1797 98.7%
Artificial intelligence, for real
Harvard business review 1, 1-31, 2017
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2017 947 98.7%
Consumer surplus in the digital economy: Estimating the value of increased product variety at online booksellers
Management science 49 (11), 1580-1596, 2003
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2003 1795 98.6%
Strength in numbers: How does data-driven decisionmaking affect firm performance?
Available at SSRN 1819486, 2011
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2011 1249 98.5%
Artificial intelligence and life in 2030: the one hundred year study on artificial intelligence
Stanford University, 2016
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2016 917 98.5%
Goodbye pareto principle, hello long tail: The effect of search costs on the concentration of product sales
Management science 57 (8), 1373-1386, 2011
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2011 1153 98.3%
Goodbye pareto principle, hello long tail: The effect of search costs on the concentration of product sales
Management science 57 (8), 1373-1386, 2011
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2011 1153 98.3%
Intangible assets: Computers and organizational capital
Brookings papers on economic activity 2002 (1), 137-181, 2002
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2002 1464 98.2%
The AI index 2023 annual report
AI Index Steering Committee, Institute for Human-Centered AI, Stanford …, 2023
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2023 125 98.2%
Information technology and productivity: a review of the literature
Advances in computers 43, 179-214, 1996
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1996 1168 97.9%
What drives differences in management practices?
American Economic Review 109 (5), 1648-1683, 2019
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2019 451 97.8%
What can machines learn and what does it mean for occupations and the economy?
AEA papers and proceedings 108, 43-47, 2018
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2018 574 97.7%
Information technology as a factor of production: The role of differences among firms
Economics of Innovation and New technology 3 (3-4), 183-200, 1995
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1995 1022 97.6%
Does information technology lead to smaller firms?
Management science 40 (12), 1628-1644, 1994
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1994 1046 97.5%
Network externalities in microcomputer software: An econometric analysis of the spreadsheet market
Management science 42 (12), 1627-1647, 1996
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1996 1021 97.5%
Which came first, it or productivity? Virtuous cycle of investment and use in enterprise systems
Virtuous cycle of investment and use in enterprise systems, 2020
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2020 334 97.4%
Understanding digital markets: review and assessment
MIT press, 1999
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1999 1023 97.2%
Toward understanding the impact of artificial intelligence on labor
Proceedings of the National Academy of Sciences 116 (14), 6531-6539, 2019
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2019 361 97.1%
From niches to riches: Anatomy of the long tail
Sloan management review 47 (4), 67-71, 2006
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2006 799 96.9%
The future of prediction: How Google searches foreshadow housing prices and sales
Economic analysis of the digital economy, 89-118, 2015
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2015 531 96.9%
The rapid adoption of data-driven decision-making
American Economic Review 106 (5), 133-139, 2016
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2016 494 96.8%
Wired for innovation: How information technology is reshaping the economy
Mit Press, 2009
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2009 664 96.5%
Using massive online choice experiments to measure changes in well-being
Proceedings of the National Academy of Sciences 116 (15), 7250-7255, 2019
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2019 312 96.4%
Bundling and Competition on the Internet
Marketing science 19 (1), 63-82, 2000
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2000 918 96.4%
Understanding the digital economy: data, tools, and research
MIT press, 2002
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2002 854 96.3%
The turing trap: The promise & peril of human-like artificial intelligence
Daedalus 151 (2), 272-287, 2022
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2022 108 96.2%
Consumer decision‐making at an Internet shopbot: Brand still matters
The Journal of Industrial Economics 49 (4), 541-558, 2001
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2001 868 96.2%
The handbook of organizational economics
Princeton University Press, 2013
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2013 506 96.1%
The AI index 2019 annual report
AI Index Steering Committee, Human-Centered AI Institute, Stanford …, 2019
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2019 283 96.0%
Investing in the IT that makes a competitive difference
Harvard business review 86 (7/8), 98, 2008
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2008 632 95.9%
A causal test of the strength of weak ties
Science 377 (6612), 1304-1310, 2022
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2022 98 95.8%
Information technology, incentives, and the optimal number of suppliers
Journal of Management Information Systems 10 (2), 37-53, 1993
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1993 652 95.8%
Does machine translation affect international trade? Evidence from a large digital platform
Management Science 65 (12), 5449-5460, 2019
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2019 268 95.7%
Advanced technologies adoption and use by us firms: Evidence from the annual business survey
National Bureau of Economic Research, 2021
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2021 154 95.6%
Complementarity in organizations
The handbook of organizational economics, 11-55, 2013
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2013 417 95.1%
Battle of the retail channels: How product selection and geography drive cross-channel competition
Management Science 55 (11), 1755-1765, 2009
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2009 504 94.9%
Do digital platforms reduce moral hazard? The case of Uber and taxis
Management Science 67 (8), 4665-4685, 2021
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2021 133 94.7%
Three-way complementarities: Performance pay, human resource analytics, and information technology
Management Science 58 (5), 913-931, 2012
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2012 421 94.6%
Information assets, technology and organization
Management Science 40 (12), 1645-1662, 1994
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1994 529 94.2%
From vendors to partners: Information technology and incomplete contracts in buyer‐supplier relationships
Journal of Organizational Computing and Electronic Commerce 3 (3), 301-328, 1993
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1993 474 94.0%
Digital resilience: How work-from-home feasibility affects firm performance
National Bureau of Economic Research, 2021
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2021 113 93.6%
Global village or cyber-balkans? Modeling and measuring the integration of electronic communities
Management science 51 (6), 851-868, 2005
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2005 469 93.5%
The contribution of information technology to consumer welfare
Information Systems Research 7 (3), 281-300, 1996
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1996 476 93.5%
Is information systems spending productive? New evidence and new results
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1993 420 93.2%
Information technology and internal firm organization: An exploratory analysis
Journal of management information systems 14 (2), 81-101, 1997
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1997 471 93.1%
Information, technology, and information worker productivity
Information Systems Research 23 (3-part-2), 849-867, 2012
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2012 334 92.9%
The matrix of change
MIT Sloan Management Review, 1997
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1997 415 92.1%
Valuing information technology related intangible assets
Mis Quarterly 40 (1), 83-110, 2016
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2016 230 92.0%
The extroverted firm: How external information practices affect innovation and productivity
Management Science 58 (5), 843-859, 2012
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2012 295 91.7%
How should we measure the digital economy
Harvard business review 97 (6), 140-148, 2019
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2019 149 91.3%
The second machine age: Work
Progress, and Prosperity in a Time of Brilliant Technologies, 2014
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2014 244 91.3%
Research Commentary— Long Tails vs. Superstars: The Effect of Information Technology on Product Variety and Sales Concentration Patterns
Information Systems Research 21 (4), 736-747, 2010
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2010 315 91.0%
The AI index 2018 annual report
AI Index Steering Committee, Human-Centered AI Initiative, 2018
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2018 177 90.9%
Shared information goods
The Journal of Law and Economics 42 (1), 117-156, 1999
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1999 380 90.7%
Machine, platform, crowd: Harnessing our digital future
WW New York: Norton & Company, 2017
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2017 186 90.6%
Cloud computing and electricity: beyond the utility model
Communications of the ACM 53 (5), 32-34, 2010
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2010 297 90.4%
The AI index 2022 annual report. AI index steering committee
Stanford Institute for Human-Centered AI, Stanford University, 123, 2022
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2022 49 90.2%
What drives differences in management?
National Bureau of Economic Research, 2017
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2017 175 89.9%
Data in action: Data-driven decision making in US manufacturing
US Census Bureau Center for Economic Studies Paper No. CES-WP-16-06, Rotman …, 2016
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2016 186 89.8%
GDP-B: Accounting for the value of new and free goods in the digital economy
National Bureau of Economic Research, 2019
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2019 127 89.7%
Electronic Communities: Global Villages or Cyberbalkanization?(Best Theme Paper)
ICIS 1996 Proceedings, 5, 1996
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1996 310 89.7%
New world order: labor, capital, and ideas in the power law economy
Foreign Affairs 93 (4), 44-53, 2014
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2014 209 89.4%
The attention economy: Measuring the value of free digital services on the internet
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2012 236 89.3%
Digital capital and superstar firms
National Bureau of Economic Research, 2020
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2020 101 89.0%
Consumer protection in an online world: An analysis of occupational licensing
National Bureau of Economic Research, 2020
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2020 91 87.5%
Information, technology and information worker productivity: Task level evidence
National Bureau of Economic Research, 2007
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2007 251 87.5%
The power of prediction: predictive analytics, workplace complements, and business performance
Business Economics 56, 217-239, 2021
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2021 64 87.5%
Will humans go the way of horses
Foreign Aff. 94, 8, 2015
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2015 167 87.2%
Big data: The management revolution
Harvard business review 90 (10), 60-68, 2012
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2012 192 86.5%
Mining face-to-face interaction networks using sociometric badges: Predicting productivity in an it configuration task
Available at SSRN 1130251, 2008
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2008 224 86.4%
Information systems and the organization of modern enterprise
Journal of Organizational Computing and Electronic Commerce 3 (3), 245-255, 1993
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1993 218 86.4%
On the opportunities and risks of foundation models. arXiv
arXiv preprint arXiv:2108.07258, 2021
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2021 59 86.2%
Scale without mass: business process replication and industry dynamics
Harvard Business School Technology & Operations Mgt. Unit Research Paper, 2008
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2008 218 86.1%
Track how technology is transforming work
Nature 544 (7650), 290-292, 2017
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2017 129 85.9%
Winning the race with ever-smarter machines
MIT Sloan Management Review 53 (2), 53, 2012
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2012 183 85.8%
Human work in the robotic future: Policy for the age of automation
Foreign Affairs 95 (4), 139-150, 2016
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2016 136 85.5%
The intangible costs and benefits of computer investments: Evidence from the financial markets
Atlanta, Georgia: Proceedings of the International Conference on Information …, 1999
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1999 243 85.3%
The intangible costs and benefits of computer investments: Evidence from the financial markets
Atlanta, Georgia: Proceedings of the International Conference on Information …, 1999
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1999 243 85.3%
The three faces of IT value: theory and evidence
ICIS 1994 proceedings, 20, 1994
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1994 213 85.2%
The great equalizer? Consumer choice behavior at Internet shopbots
Consumer Choice Behavior at Internet Shopbots (October 2001), 2001
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2001 238 84.4%
The intangible costs and benefits of computer investments: Evidence from the financial markets
Atlanta, Georgia: Proceedings of the International Conference on Information …, 1999
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1999 224 84.1%
Aggregation and disaggregation of information goods: Implications for bundling, site licensing, and micropayment systems
Lectures in e-commerce, 103-122, 2001
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2001 227 83.8%
Artificial intelligence index report 2023
arXiv preprint arXiv:2310.03715, 2023
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2023 18 83.7%
The great decoupling
New Persp. Q. 30, 61, 2013
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2013 150 83.6%
Business analytics: radical shift or incremental change?
Communications of the Association for Information Systems 34 (1), 13, 2014
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2014 137 83.3%
ROI valuation: The IT productivity gap
Optimize magazine 21, 1-4, 2003
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2003 217 83.1%
Wired for innovation: how information technology is reshaping the economy
MIT Press Books 1, 2011
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2011 163 83.0%
Could the Internet balkanize science?
Science 274 (5292), 1479-1480, 1996
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1996 177 82.0%
La nuova rivoluzione delle macchine: lavoro e prosperità nell’era della tecnologia trionfante
Feltrinelli Editore, 2017
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2017 101 81.9%
Productivity, business profitability, and consumer surplus: Three different measures of information technology value
MIS quarterly 20 (2), 121-142, 1996
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1996 174 81.7%
Racing with and against the machine: Changes in occupational skill composition in an era of rapid technological advance
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2014 121 81.0%
Information technology and organizational design: evidence from micro data
Manuscript, MIT, 1998
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1998 171 80.6%
Social advertising effectiveness across products: A large-scale field experiment
Marketing Science 39 (6), 1142-1165, 2020
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2020 59 80.5%
A nearly perfect market? Differentiation vs. price in consumer choice
QME 8, 1-33, 2010
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2010 152 80.5%
Machines of mind: The case for an AI-powered productivity boom
Brookings Institution, 2023
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2023 15 80.4%
Intangible assets: How the interaction of computers and organizational structure affects stock market valuations
ICIS 1998 Proceedings, 3, 1998
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1998 168 80.4%
Crowd-Squared
MIS quarterly 40 (4), 941-962, 2016
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2016 91 78.2%
Why not one big database? Principles for data ownership
Decision Support Systems 15 (4), 267-284, 1995
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1995 133 78.0%
Productivity effects of information diffusion in networks
Available at SSRN 987499, 2007
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2007 137 77.6%
The economics of IT and digitization: Eight questions for research
MIS quarterly 45 (1), 473-477, 2021
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2021 36 77.0%
The future of prediction: how Google searches foreshadow housing prices and quantities
ICIS 2009 Proceedings, 147, 2009
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2009 123 76.4%
The longer tail: The changing shape of Amazon’s sales distribution curve
Available at SSRN 1679991, 2010
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2010 120 75.9%
Management in America
US Census Bureau Center for Economic Studies Paper No. CES-WP-13-01, 2013
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2013 98 75.4%
Measuring the impact of free goods on real household consumption
AEA Papers and Proceedings 110, 25-30, 2020
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2020 44 74.3%
Technology’s true payoff
InformationWeek 10, 34-46, 1994
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1994 107 73.9%
Information technology, firm size, and industrial concentration
National Bureau of Economic Research, 2023
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2023 10 71.4%
Organizational partnerships and the virtual corporation
Information technology and industrial competitiveness: How IT shapes …, 1998
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1998 101 71.1%
Technology, Organization, and the Demand for Skilled Labor
The new relationship: Human capital in the American corporation, 145, 2002
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2002 106 70.3%
Working with robots in a post-pandemic world
MIT Sloan Management Review 62 (2), 2021
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2021 27 70.1%
Dynamics of retail advertising: Evidence from a field experiment
Economic Inquiry 47 (3), 482-499, 2009
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2009 90 69.7%
La segunda era de las máquinas
Trabalho, progresso, 2013
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2013 76 69.6%
Le deuxième âge de la machine: travail et prospérité à l’heure de la révolution technologique
Odile Jacob, 2015
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2015 68 69.5%
Artificial intelligence: The insights you need from Harvard Business Review
Harvard Business Press, 2019
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2019 43 69.3%
How Many Americans Work Remotely? A Survey of Surveys and Their Measurement Issues
National Bureau of Economic Research, 2023
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2023 9 68.7%
What’s driving the machine learning explosion?
Harvard Business Review 18 (3), 118, 2017
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2017 55 68.3%
New Evidence on the returns of information systems
Alfred P. Sloan School of Management, Massachusetts Institute of Technology, 1994
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1994 79 68.0%
Information technology, repeated contracts, and the number of suppliers
Management Science 64 (2), 592-612, 2018
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2018 48 67.7%
ICT, innovation and the e-economy
EIB papers 16 (2), 60-76, 2011
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2011 77 67.4%
Search and product differentiation at an Internet shopbot
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2004 91 67.2%
Intangible assets and growth accounting: evidence from computer investments
Unpublished paper. MIT 85 (61), 28, 2001
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2001 90 67.1%
McAfee (2014) The Second Machine Age: Work, Progress, and Prosperity in a Time of Brilliant Technologies
NY: Norton, 2014
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2014 65 66.7%
Artificial intelligence index 2017 annual report
Artificial Intelligence Index, 2017
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2017 51 66.3%
Why information technology hasn't increased the optimal number of suppliers
[1993] Proceedings of the Twenty-sixth Hawaii International Conference on …, 1993
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1993 68 66.3%
Pseudo-transmissive read inhibitor for optical storage media
US Patent 6,511,728, 2003
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2003 80 64.5%
The big data boom is the innovation story of our time
The Atlantic 21, 30, 2011
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2011 68 64.4%
Creating Value and Destroying Profits?
Three measures of information technology's contributions in Proceedings of …, 1994
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1994 66 64.3%
Moneyball for academics: Network analysis for predicting research impact
Bertsimas, D., Brynjolfsson, E., Reichman, S. and Silberholz, J., 2015. OR …, 2014
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2014 59 64.2%
Digital abundance and scarce genius: Implications for wages, interest rates, and growth
National Bureau of Economic Research, 2019
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2019 35 63.8%
Consumer Surplus: Three Different Measures of Information Technology Value,“
MIS quarterly 20 (2), 121-142, 1996
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1996 66 63.7%
The customer counts
Information Week 596, 48-53, 1996
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1996 66 63.7%
S. Yang (2002): Intangible Assets: Computers and Organizational Capital
Brookings Papers on Economic Activity 1, 137-199, 2002
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2002 77 63.7%
Directory read inhibitor for optical storage media
US Patent 6,641,886, 2003
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2003 77 63.7%
Pseudo-reflective read inhibitor for optical storage media
US Patent 6,537,635, 2003
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2003 77 63.7%
The 4 Ways IT is Driving Innovation
MIT Sloan Management Review, MIT Sloan, 2010
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2010 68 63.5%
Vii pillars of IT productivity
Optimize 4 (5), 26-35, 2005
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2005 71 62.8%
The new, faster face of innovation
The Wall Street Journal, 1-12, 2009
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2009 66 62.6%
La carrera contra la máquina: Cómo la revolución digital está acelerando la innovación, aumentando la productividad y transformando irreversiblemente el empleo y la economía
Antoni Bosch editor, 2013
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2013 56 62.0%
The digital economy, GDP and consumer welfare: Theory and evidence
ESCoE Conference on Economic Measurement, Bank of England, 16-17, 2018
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2018 38 61.6%
Measuring welfare with massive online choice experiments: A brief introduction
AEA Papers and Proceedings 108, 473-476, 2018
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2018 37 60.9%
Learning occupational task-shares dynamics for the future of work
Proceedings of the AAAI/ACM Conference on AI, Ethics, and Society, 36-42, 2020
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2020 26 60.7%
Consumer decision-making at an internet shopbot: Brand still matters
Journal of Industrial Economics 49 (4), 541-558, 2001
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2001 64 60.2%
The Productive Keep Producing–Successful Companies Support Good Business Plans with Right Information Technologies
Information Week 18, 38-43, 1995
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1995 51 58.8%
The rise of data-driven decision-making is real but uneven
IEEE engineering management review 45 (4), 103-105, 2017
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2017 38 58.6%
The great equalizer
Consumer Choice Behavior at Inter, 2000
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2000 59 58.1%
Strategies for e-business success
John Wiley & Sons, Inc., 2001
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2001 57 57.8%
Intangible assets and the economic impact of computers
Transforming enterprise: The economic and social implications of information …, 2005
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2005 56 57.8%
Value of social network–a large-scale analysis on network structure impact to financial revenue of information technology consultants
The Winter Conference on Business Intelligence, 2009
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2009 53 57.4%
Machine, Platform, Crowd: Wie wir das Beste aus unserer digitalen Zukunft machen
Plassen Verlag, 2018
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2018 32 56.9%
Information technology and the'new managerial work'
Alfred P. Sloan School of Management, Massachusetts Institute of Technology, 1991
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1991 41 56.4%
Von Managern und Maschinen
Harvard Business Manager 11, 22-34, 2017
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2017 35 56.4%
The future of work: Work from home preparedness and firm resilience during the covid-19 pandemic
SSRN, 2020
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2020 22 56.1%
Breaking boundaries
Informationweek 22, 54-61, 1997
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1997 48 55.9%
An empirical analysis of the relationship between information technology and firm size
Management Science 40 (12), 1628-1644, 1994
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1994 44 55.6%
Competing through data: Three experts offer their game plans
McKinsey Quarterly 4, 36-47, 2011
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2011 45 54.4%
Druhý věk strojů: práce, pokrok a prosperita v éře špičkových technologií
Jan Melvil Publishing, 2015
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2015 38 54.3%
Information technology, organizational transformation, and business performance
Productivity, inequality, and the digital economy: a transatlantic …, 2002
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2002 47 53.8%
IT, AI and the Growth of Intangible Capital
Available at SSRN 3416289, 2019
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2019 24 53.3%
Artificial intelligence meets the C-suite
McKinsey Quarterly 3, 66-75, 2014
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2014 37 52.2%
Research brief. Race against the machine: How the digital revolution is accelerating innovation, driving productivity, and irreversibly transforming employment and the economy
The lancet. Diabetes & endocrinology 2 (8), 2012
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2012 39 51.6%
The characteristics and geographic distribution of robot hubs in US manufacturing establishments
National Bureau of Economic Research, 2023
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2023 5 51.6%
Directory read inhibitor for optical storage media
US Patent 6,838,144, 2005
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2005 41 51.3%
What the GDP gets wrong (why managers should care)
MIT Sloan Management Review 51 (1), 95, 2009
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2009 40 51.2%
Paradox Lost? Firm-Level Evidence on the Returns to Informa tion Systems Spending
Management science 42 (4), 541-558, 1996
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1996 34 50.5%
The coming productivity boom.
Bruegel-Blogs, NA-NA, 2021
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2021 13 49.2%
Thriving in the automated economy
World Future Society 46 (2), 27-31, 2012
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2012 35 49.0%
Understanding and addressing the modern productivity paradox
Massachussetts Institute of Technology. Available online: https …, 2020
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2020 17 48.7%
Drugi wiek maszyny
Praca, postęp i dobrobyt w czasach genialnych technologii, 15, 2015
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2015 30 48.2%
Beyond computation: Information technology, organizational transformation and business performance
Journal of Economic perspectives 14 (4), 23-48, 2000
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2000 35 48.0%
How the digital revolution is accelerating innovation, driving productivity and irreversibly transforming employment and the economy
Digital Frontier Press, 2011
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2011 34 48.0%
Beyond enterprise 2.0
MIT Sloan Management Review 48 (3), 50-55, 2007
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2007 35 47.8%
In search of ‘friction-free markets’: An exploratory analysis of prices for books, CDs, and software sold on the Internet
Twenty-Fifth Annual Telecommunications Policy Research Conference …, 1997
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1997 31 47.6%
La segunda era de las máquinas: trabajo, progreso y prosperidad en una época de brillantes tecnologías
Temas, 2016
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2016 27 47.2%
La segunda era de las máquinas: trabajo, progreso y prosperidad en una época de brillantes tecnologías
Temas, 2016
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2016 27 47.2%
Jobs, productivity and the great decoupling
The New York Times 11, 2012, 2012
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2012 32 47.0%
Cybersecurity hiring in response to data breaches
Available at SSRN, 2021
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2021 12 46.8%
Computers and productivity growth: Firm-level evidence
MIT Sloan School Working Paper, 1997
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1997 29 46.4%
Computers and productivity growth: Firm-level evidence
MIT Sloan School Working Paper, 1997
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1997 29 46.4%
Communication Networks and the Rise of an Information Elite: Do Computers Help the Rich Get Richer?
ICIS 1995 Proceedings, 9, 1995
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1995 26 45.8%
Strength in numbers: How does data-driven decisionmaking affect firm performance? 2011
Available at SSRN, 2015
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2015 27 45.7%
Artificial intelligence index report 2019
HAI Center Stanford University, 2019
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2019 18 45.5%
Gains from Product Variety: Evidence from a Large Digital Platform
National Bureau of Economic Research, 2022
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2022 7 44.6%
Robot hubs: The skewed distribution of robots in US manufacturing
AEA Papers and Proceedings 113, 215-218, 2023
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2023 4 44.5%
Markets, hierarchies and the impact of information technology
Alfred P. Sloan School of Management, Massachusetts Institute of Technology, 1988
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1988 22 44.4%
Introduction. Understanding the digital economy
Cambridge: MIT Press, 2000
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2000 28 44.1%
SCHWERPUNKT BIG DATA-BESSER ENTSCHEIDEN MIT BIG DATA-UNTERNEHMENSFÜHRUNG: Wie die Analyse großer Datenströme das Management verändert.
Harvard Business Manager 34 (11), 22, 2012
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2012 28 43.9%
Wyścig z maszynami: jak rewolucja cyfrowa napędza innowacje, zwiększa wydajność iw nieodwracalny sposób zmienia rynek pracy?
Kurhaus Publishing, 2015
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2015 25 43.8%
The future of the web: Beyond enterprise 2.0
MIT Sloan management review 48 (3), 49-55, 2007
View Details
2007 28 43.5%
The key to growth? Race with the machines
TED Talks. Long Beach, Califórnia: TED. Retrieved from: http://www. ted. com …, 2013
View Details
2013 26 43.1%
The key to growth? Race with the machines
TED Talks. Long Beach, Califórnia: TED. Retrieved from: http://www. ted. com …, 2013
View Details
2013 26 43.1%
The great equalizer: The role of shopbots in electronic markets
Working Paper, MIT Sloan School of Management, Cambridge, MA, 2000
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2000 25 42.2%
Drugi wiek maszyny: praca, postęp i dobrobyt w czasach genialnych technologii
Mt Biznes, 2015
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2015 23 41.8%
On the opportunities and risks of foundation models. CoRR abs/2108.07258 (2021)
Preprint at https://arxiv. org/abs/2108.07258 2108, 2021
View Details
2021 10 41.3%
The digitization of just about everything
The second machine age: Work, progress, and prosperity in a time of …, 2014
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2014 23 41.0%
A (2012) Race Against the Machine. How the Digial Revolution is Accelerating Innovation Driving Productivity, and Irreversibly Transforming Employment and the Economy. Research Brief
Brynjolfsson and McAfee, 2014
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2014 23 41.0%
Will generative artificial intelligence deliver on its promise in health care?
JAMA 331 (1), 65-69, 2024
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2024 3 41.0%
Hbr. org spotlight on big data big data: The management revolution
Harv. Bus. Rev, 3-9, 2012
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2012 24 40.7%
An incomplete contracts theory of information, technology and organization
Center for Coordination Science, Massachusetts Institute of Technology …, 1991
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1991 18 40.1%
Information technology, work organizational and the demand for skilled labor: firm-level evidence
Quarterly Journal of Economics. v117 i1, 339-376, 1998
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1998 20 39.6%
Adding a piece to the productivity puzzle: Management practices
VoxEU. org 17, 2017
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2017 18 39.4%
Small Business, Innovation and Public Policy in the Information Technology Industry
Understanding the Digital Economy, Data, Tools and Research, MIT Press …, 2000
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2000 21 39.4%
Intangible Asset
IT investment and productivity: principle of correlations, 2004
View Details
2004 21 38.9%
How Do Information Technology and Work Place Organization Affect Labor Demand? Firm-Level Evidence
Unpublished manuscript, 1998
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1998 19 38.7%
Den andra maskinåldern: arbete, utveckling och välstånd i en tid av lysande teknologi
Daidalos, 2015
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2015 20 38.6%
pFrictionless Commerce
A Comparison of Internet and Conventional Retailers, qManagement Science …, 1999
View Details
1999 19 38.4%
Why workers are losing the war against machines
The Atlantic 26, 2011
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2011 21 38.3%
The information technology iceberg
Working paper, MIT Sloan School of Management, Cambridge, MA, 2006
View Details
2006 20 38.1%
One hundred year study on artificial intelligence (AI100)
Retrieved from Stanford: https://ai100. stanford. edu/2016-report, 2016
View Details
2016 18 37.7%
Den andra maskinåldern: arbete, utveckling och välstånd i en tid av briljant teknologi
Daidalos, 2015
View Details
2015 19 37.5%
The impact of information technology on markets and hierarchies
Alfred P. Sloan School of Management. Massachusetts Institute of Technology, 1988
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1988 15 37.5%
NeuroIS: hype or hope?
ICIS 2009 Proceedings, 133, 2009
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2009 19 37.3%
Open letter on the digital economy
Technology Review 118 (4), 11-12, 2015
View Details
2015 18 36.5%
Information technology and the re-organization of work: Theory and evidence
View Details
1990 14 36.4%
Scale Without Mass: Business Process Replication and Industry Dynamics, Harvard Business School Technology & Operations Mgt
Unit Research Paper, 2008
View Details
2008 18 35.8%
Productivity, Profit and Consumer Welfare
Three Different Measures of Information Technology’s Value. MIS Quarterly, 1-23, 1996
View Details
1996 14 35.2%
Understanding the Digital Economy: Data
Tools, and Research, 2000
View Details
2000 16 35.2%
AI adoption in America: Who, what, and where
Journal of Economics & Management Strategy, 2021
View Details
2021 8 35.1%
Assessing three-way complementarities: Performance pay, monitoring and information technology
Management Science 58 (5), 913-931, 2012
View Details
2012 18 35.1%
The role of advertisers and platforms in monetizing misinformation: Descriptive and experimental evidence
Available at SSRN 4514749, 2023
View Details
2023 3 35.0%
The digital welfare of nations: New measures of welfare gains and inequality
National Bureau of Economic Research, 2023
View Details
2023 3 35.0%
The second machine age: An industrial revolution powered by digital technologies
Digital Transformation Review 5, 12-17, 2014
View Details
2014 17 34.9%
Does process enabling IT matter? Measuring the business value of extended enterprise systems
Extended abstract, Sloan School of Management, MIT, and College of …, 2005
View Details
2005 16 34.8%
Human Capital Acquisition in Response to Data Breaches
Available at SSRN 3806060, 2022
View Details
2022 5 34.6%
When quality matters: Information technology and buyer-supplier relationships
Center for Coordination Science, Sloan School of Management, Massachusetts …, 1992
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1992 13 34.0%
Understanding the digital economy
MIT Press, Cambridge, MA, 1999
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1999 14 33.6%
Is information technology spending productive? New evidence and new results
Proceedings of the 14th Annual International Conference on Information Systems, 1993
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1993 12 33.3%
A call for exploration: Introduction to special issue on frontier research on information systems and economics
Management Science, 1997
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1997 13 32.9%
Remarks
Measuring Capital in the New Economy 65, 567-575, 2005
View Details
2005 14 32.7%
Productivity's technology iceberg
Technology Review, 2004
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2004 14 32.6%
Productivity's technology iceberg
Technology Review, 2004
View Details
2004 14 32.6%
Understanding digital markets: Review and assessment
Center for eBusiness@ MIT Working Paper, 1999
View Details
1999 13 32.5%
Innovation incentives for information goods
Innovation policy and the economy 7, 99-123, 2006
View Details
2006 14 32.5%
Workplace Organization and the Demand for Skilled Labor: A Firm Level Analysis
Quarterly Journal of Economics, 2000
View Details
2000 13 32.0%
Workplace Organization and the Demand for Skilled Labor: A Firm Level Analysis
Quarterly Journal of Economics, 2000
View Details
2000 13 32.0%
Diferença competitiva
Havard Business Review, 2008
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2008 14 31.9%
Mining face-to-face interaction networks using sociometric badges: Evidence predicting productivity in it configuration
The 2008 Winter Conference on Business Intelligence, University of Utah, 2008
View Details
2008 14 31.9%
Organizational Partnerships and the Virtual Corporation, Chapter 4 in “Information Technology and Industrial Competitiveness: How Information Technology Shapes Competition
Kluwer Academic Publishers, 1997
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1997 12 31.6%
Aggregating and disaggregating information goods: Implications for bundling, site licensing, and subscriptions
Proceedings of Internet Publishing and Beyond: The Economics of Digital …, 1997
View Details
1997 12 31.6%
Sociometric badges: A new tool for IS research
Available at SSRN 1789103, 2011
View Details
2011 14 31.4%
The price and quantity of IT-related intangible capital
View Details
2011 14 31.4%
Novas tecnologias versus empregabilidade
São Paulo: M. Books do Brasil Editora Ltda, 2014
View Details
2014 14 31.2%
Dog eat dog
The Wall Street Journal, 2007
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2007 13 30.6%
otros (1994),“Does information technology lead to smaller firms?”
Management Science 40 (12), 1628-1628, 1991
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1991 10 30.0%
Digital organization: preliminary results from an MIT study of Internet organization, culture and productivity
Executive Summary, April, 2002
View Details
2002 11 29.6%
Electronic Communities: Global Village or Cyberbalkans?
International Conference on Information Systems, December, 16-18, 1996
View Details
1996 9 28.4%
Do computers reduce the value of worker persistence?
Journal of Management Information Systems 39 (1), 41-67, 2022
View Details
2022 4 28.3%
Understanding the digital economy: Data, tools, and research. Massachusetts, and London, England: The MIT Press
View Details
2000 10 28.1%
Essays on Internet markets and information goods
Massachusetts Institute of Technology, 2005
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2005 10 28.0%
Understanding the impact of marketing actions in traditional channels on the internet: Evidence from a large scale field experiment
A research and education initiative at the MIT Sloan School of Management, 2005
View Details
2005 10 28.0%
Syverson Ch
Artificial Intelligence and the Modern Productivity Paradox: A Clash of …, 2017
View Details
2017 10 27.5%
H. Kim (2011),“Strength in numbers: how does data-driven decision-making affect firm performance?”
SSRN Electronic Journal, 2014
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2014 11 27.3%
CEO compensation and information technology
View Details
2009 10 27.2%
Digitizing work: driving and measuring changes in information worker time use and performance via a longitudinal quasi-experiment
View Details
2007 10 26.9%
How should we measure the digital economy?
Massachusetts Institute of Technology, 2020
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2020 7 26.6%
Kahin BUnderstanding the Digital Economy: Data, Tools, and Research. Cambridge
The MIT Press, 2000
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2000 9 26.5%
Moneyball" for Professors
MIT Sloan Management Review 14, 2016
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2016 10 26.5%
Information technology and the productivity paradox: an overview of issues and introduction to the literature
paper prepared form the MIT Program in Science, Technology and Society …, 1989
View Details
1989 8 26.2%
Brynjolfsson and McAfee: The jobs that AI can’t replace
BBC News, 2015
View Details
2015 10 25.9%
Identifying the multiple skills in skill-biased technical change
View Details
2015 10 25.9%
The second machine age: work, progress, and prosperity in a time
Nueva York: Norton & Company, 2014
View Details
2014 10 25.8%
Social networks, social computing and knowledge management
ICT Futures: Delivering Pervasive, Real‐Time and Secure Services, 17-26, 2008
View Details
2008 9 25.6%
The extroverted firm: How external information practices affect productivity
View Details
2008 9 25.6%
Customer Decision-Making at an Internet Shopbot
Journal of Industrial Economics 78 (4), 102-141, 2001
View Details
2001 8 25.4%
The catalytic computer: Information technology, enterprise transformation, and business performance
First International Conference on the Economic and Social Implications of …, 2003
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2003 8 25.3%
Frictionless Commerce? A Comparison of Internet and Conventional Retailers
Computing in Economics and Finance 1999, 1999
View Details
1999 8 25.2%
Understanding the Digital Economy: Data, Tools, and Research
Cambridge, Massachusetts, The MIT Press, 2002
View Details
2002 8 25.0%
Where Humans Meet Machines: Intuition, Expertise and Learning
Medium, 2018
View Details
2018 8 24.9%
How loT Changes Decision Making, Security and Public Policy
MIT SLOAN MANAGEMENT REVIEW 57 (4), 50-+, 2016
View Details
2016 9 24.8%
Where computers defeat humans, and where they can’t
The New York Times 16, 2016
View Details
2016 9 24.8%
2016 Report| One Hundred Year Study on Artificial Intelligence (AI100)
Report of the 2015-2016 Study Panel. Stanford, CA: Stanford University, 2016
View Details
2016 9 24.8%
How Will Machine Learning Transform the Labor Market?
Governance in an Emerging New World 619, 2019
View Details
2019 7 24.7%
インタンジブル・アセット:「IT 投資と生産性」 相関の原理
(No Title), 2004
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2004 8 24.6%
Should the Core Information Systems Curriculum Be Structured Around a Fundamental Question?
View Details
2004 8 24.6%
Big data
İstanbul: Türk Hava Yolları Yayınları, 2014
View Details
2014 9 24.2%
The second machine age: Akıllı teknolojiler devrinde çalışma ilerleme ve refah
Türk Hava Yolları Yayınları, 2014
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2014 9 24.2%
Big Data-A Revolução da Gestão
Harvard Business Review, 2012
View Details
2012 9 24.2%
Markets and hierarchies and the impact of information technologies
Boston: Sloan School of management, MIT, 1988
View Details
1988 7 24.1%
What it can–and cannot–do for your organization
Harvard Business Review, 2-20, 2017
View Details
2017 8 23.9%
Information Technology and High Performance Work Practices: Are There Complementarities?
Mimeo, MIT Sloan School, 1998
View Details
1998 7 23.6%
In Search of" Friction-Free Markets
An Exploratory Analysis of Prices for Books, CDs and Software Sold on the …, 1998
View Details
1998 7 23.6%
Pricing and Distribution of Information Goods: Aggregation and Disaggregation Strategies
Marketing Science and the Internet, INFORMS Mini Conference, 1998
View Details
1998 7 23.6%
Analysis of the relationship between virtual goods trading and performance of virtual worlds
Available at SSRN 1938313, 2011
View Details
2011 8 23.3%
Understanding digital markets: review and assessment. Boston
View Details
1999 7 23.3%
Understanding the Digital Economy: Data, Tools, and Research [reprint]
USA: MIT Press, 2002
View Details
2002 7 23.1%
Understanding the Digital Economy. Massachusetts Institute of Technology
Cambridge, MA, 2002
View Details
2002 7 23.1%
Intangible assets: How the interaction of computers and organizational structure affects stock market valuations, Mass
Institute of Technology Working Paper, http://ecommerce. mit. edu/erik/index …, 2000
View Details
2000 7 22.9%
Introduction. Understanding the Digital Economy (E. Brynjolfsson, B. Kahin
Cambridge: MIT Press, 2000
View Details
2000 7 22.9%
KahinB.(editors), Understanding the Digital Economy
The MIT Press, Cambridge, Massachusetts, and London, England, 2000
View Details
2000 7 22.9%
Big Data: The Management Revolution. Har
OctOBeR, 2012
View Details
2012 8 22.6%
Big data: a revolução da Gestão
Harvard Business Review Brasil 90 (10), 39-45, 2012
View Details
2012 8 22.6%
Value of social network
Winter Information Systems Conference, Salt Lake City, February http …, 2009
View Details
2009 7 22.4%
Network structure and information worker productivity: new evidence from the global consulting services industry
Winter Conference on Business Intelligence, University of Utah, Salt Lake …, 2009
View Details
2009 7 22.4%
Presentation. IT and Organizational Productivity
World Bank Conference on Enabling Development, held January, 26-29, 2009
View Details
2009 7 22.4%
Antecedents and Consequences of Mutual Knowledge in Teams
SSRN, 2008
View Details
2008 7 22.1%
BIG AI CAN CENTRALIZE DECISION-MAKING AND POWER, AND THAT’SA PROBLEM
MISSING LINKS IN AI GOVERNANCE, 65, 2023
View Details
2023 2 21.8%
Productivity, Profit and Consumer Welfare: Three Difference Measures of Information Technologys Value
Retrieved from World Wide Wed at: http://ccs. mit. edu/papers, 1996
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1996 6 21.7%
Information technology and economic organization
Massachusetts Institute of Technology, 1990
View Details
1990 6 21.7%
What do we really want? A manifesto for the organizations of the 21st century
Inventing the Organizations of the 21st Century”, Malone, Thomas et al.(eds …, 2003
View Details
2003 6 21.3%
Limited life optical media
US Patent App. 11/370,886, 2006
View Details
2006 6 20.7%
The Second Machine Age: Work
Progress and Prosperity in a Time of Brilliant Technologies, 2014
View Details
2014 7 20.6%
Estimating the Contribution of Computers to Productivity Growth,”
Manuscript, February, 2000
View Details
2000 6 20.6%
Des machines, des plateformes et des foules: maîtriser notre avenir numérique
Odile Jacob, 2018
View Details
2018 6 20.4%
Technology, incentives, and service quality: the case of taxis and uber
Working Paper, 2018
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2018 6 20.4%
Unpacking the AI–Productivity Paradox
View Details
2020 5 20.1%
Information technology, productivity and innovation: Where are we and where do we go from here
Unpublished working paper, MIT Sloan School, 2007
View Details
2007 6 19.8%
Data-driven decision making in action
MIT IDE Research Brief, 2017
View Details
2017 6 19.6%
i Kim, HH (2011)
Strength in Numbers: How does data-driven decision-making affect firm …, 2011
View Details
2011 6 19.5%
Big Data, czyli przełom w zarządzaniu firmą
Harvard Business Review Polska 4, 42-51, 2013
View Details
2013 6 18.8%
Productivity, business profitability, and consumer surplus: three different measures of information technology value
MIS Quarterly 20 (2), 121-142, 1996
View Details
1996 5 18.7%
Productivity
Business Profitability and Consumer Surplus: Three Measures of Information …, 1996
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1996 5 18.7%
Organizational Partnerships and the Virtual Organization, personal communication to the authors
View Details
1996 5 18.7%
S. Yang,"
Information Technology and Productivity: A Review of the Literature …, 1996
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1996 5 18.7%
Will your job disappear?
New Perspectives Quarterly 31 (2), 74-77, 2014
View Details
2014 6 18.7%
IT and Management in America
CEP Discussion Paper, 2014
View Details
2014 6 18.7%
Smith., M., 2003. Consumer surplus in the digital economy
Management Science 49 (11), 2003
View Details
2003 5 18.5%
Consumer heterogeneity and search costs on the Internet
Working Paper, MIT, Cambridge, MA.(Available at http://www. heinz. cmu. edu …, 2002
View Details
2002 5 18.4%
Communications of the ACM
Volume 36, 66-77, 1993
View Details
1993 5 18.3%
BroadVision
Teaching Case OIT-21, Graduate School of Business, Stanford University, 1998
View Details
1998 5 18.3%
Internet market efficiency: Fact or friction? Evidence from Internet and traditional retailer of books and CDs
Tenth Annual Workshop on Information Systems and Economics, 1998
View Details
1998 5 18.3%
FireFly Network
Graduate School of Business, 1998
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1998 5 18.3%
The net effect: modeling and measuring the integration of electronic communities
Twenty-Fifth Annual Telecommunications Policy Research Conference, 27-29, 1997
View Details
1997 5 18.2%
Information technology and the reorganization of work
Paper delivered at a conference on Vernetzung als Wettbewerbsfaktor, Johann …, 1997
View Details
1997 5 18.2%
Information Technology, Organization, and Productivity: Evidence from Firm-level
MIT Sloan School of Management Working Paper, 1997
View Details
1997 5 18.2%
Which came first
IT or Produc, 2006
View Details
2006 5 18.2%
The Great Equalizer? An Empirical Study of Consumer Choice at a Shopbot
MIT Sloan School mimeo, 2004
View Details
2004 5 18.2%
Yu (Jeffrey) Hu and Mohammad S
Rahman, 2009
View Details
2009 5 17.9%
Computing Productivity: Firm# Level Evidence. Paper 139
Center for eBusiness@ MIT, 2000
View Details
2000 5 17.9%
eds., Understanding the Digital Economy
Cambridge, The MIT Press, 2000
View Details
2000 5 17.9%
Understanding the Digital Economy: Data, Tools, and Research, MIT Press, Cambridge, MA.
View Details
2000 5 17.9%
The great equalizer? An empirical analysis of consumer choice behavior at an internet shopbot
Working Paper, Carnegie Mellon University, Tepper School of Business, 2007
View Details
2007 5 17.4%
Digitizing Work: Measuring Changes In Information Worker Time Use and Performance With a Quasi-Experiment
Center for Digital Business, MIT, 2007
View Details
2007 5 17.4%
Information technology and organizational capital
Proceedings of the Workshop on Information Systems Economics (WISE 2007 …, 2007
View Details
2007 5 17.4%
MCAFEE, Andrew
A segunda era das máquinas, 2017
View Details
2017 5 17.2%
Shan Huang
Workshop for Information Systems and Economics (WISE) Seoul, 2017
View Details
2017 5 17.2%
Harnessing our digital future
New York, London, 2017
View Details
2017 5 17.2%
How does data-driven decision making affect firm productivity and CEO pay
Wharton, School, University of Pennsylvania, 2010
View Details
2010 5 17.1%
Erik Brynjolfsson on Big Data: A Revolution in Decision-Making Improves Productivity
View Details
2012 5 16.7%
of The Second Machine Age
View Details
2012 5 16.7%
The Dawn of the Age of Artificial Intelligence
The Atlantic, 10-11, 2014
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2014 5 16.4%
Work, progress, and prosperity in a time of brilliant technologies
The second machine age, 192-3, 2014
View Details
2014 5 16.4%
Network Externalities in Microcomputer Software: An Econometric Alalysis of the Spreadsheet Market
University of Pittsburgh, 1996
View Details
1996 4 15.7%
Understanding digital markets: review and assessment. 1999
MIT Press, Cambridge, MA, 2001
View Details
2001 4 15.7%
E. Brynjolfsson, E
Consumer Decision-making at an Internet Shopbot: Brand Still Matters …, 2001
View Details
2001 4 15.7%
Beyond Computation: Information Technology
Organizational Transformation and Business Performance, accessed October, 2001
View Details
2001 4 15.7%
Computing Productivity: Firm-Level Evidence, eBusiness@ MIT Working Paper 139
Cambridge: MIT Sloan School of Management, 2003
View Details
2003 4 15.5%
Beyond Computation: Information Technology, Organisational Transformation, and Business Performance, Edited by Scott Morton, MS and Laubacher, R., Inventing the Organizations of the 21st Century
MIT Press, 2003
View Details
2003 4 15.5%
Intangible Assets: Computers and Organisational Activity
Brookings Papers on Economic Activity, 2002
View Details
2002 4 15.4%
Understanding Digital Markets: Review and Assessment, in Erik Brynjolfsson and Brian Kahin, eds. Understanding The Digital Economy, MIT Press (Cambridge, MA)
MIT Press, 1999
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1999 4 15.3%
Determinants of the demand for microcomputer software: an econometric analysis
View Details
1993 4 15.3%
Computers and Economic Growth, Sloan School
MIT, Cambridge, MA, 1993
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1993 4 15.3%
PC Tools
PC AI 31, 34, 1988
View Details
1988 4 15.2%
Understanding the Digital Economy: Data, Tools, and Research: Data, Tools and Research
The MIT Press, 2000
View Details
2000 4 15.1%
Computing productivity: are computers pulling their weight
MIT Sloan School of Management, wor= ing paper, 2000
View Details
2000 4 15.1%
Understanding digital markets. E. Brynjolfsson, B. Kahin, eds
Understanding the Digital Economy, 99-136, 2000
View Details
2000 4 15.1%
Information Technology and the'Productivity Paradox': Mismanagement or Mismeasurement?, Cambridge, MA: MIT Sloan School of Management, unpublished manuscript, December
View Details
1991 4 15.0%
IT practices and customer satisfaction at 138 large firms
View Details
2008 4 14.9%
Scale without Mass
Harvard Business School Working Paper 07-016, 2007
View Details
2007 4 14.7%
The Extroverted Firm: How External Information Practices Affect Innovation and Productivity
Management Science 58 (5), 2012, 2011
View Details
2011 4 14.5%
IT, repeated contracts and the number of suppliers
Management Science 13, 2012
View Details
2012 4 14.1%
A Revolution in Decision-Making Improves Productivity
MIT, 2012
View Details
2012 4 14.1%
The seventh sense: How flashes of insight change your life
Columbia University Press, 2015
View Details
2015 4 13.9%
The Second Machine Age, 2014
S. 167ff. und S 243, 2014
View Details
2014 4 13.7%
The Second Machine Age: Work, Progress, and Prosperity in a Time of Brilliant Technologies, by Erik Brynjolfsson and Andrew McAfee
Journal of Information Technology Case and Application Research 16 (2), 112-115, 2014
View Details
2014 4 13.7%
Firm Size Distribution Goes Online: The Evolution of eBay Firms' Sales Distribution
Available at SSRN 4490856, 2016
View Details
2016 4 13.7%
Forecasting Task-Shares and Characterizing Occupational Change across Industry Sectors
Harvard CRCS Workshop on AI for Social Good, 2020
View Details
2020 3 12.4%
The future of work: Work from home preparedness and firm resilience
View Details
2020 3 12.4%
job2vec: Learning a representation of jobs
View Details
2020 3 12.4%
Identifying the Multiple Skills in Skill-Biased Technical Change
Working Paper, 2019
View Details
2019 3 12.2%
Understanding Digital Markets: Review and Assessment, chapter forthcoming
MIT Press, 2001
View Details
2001 3 12.1%
Consumer matters
The Journal of Industrial Economics 4, 2001
View Details
2001 3 12.1%
Intangible Assets and Growth Accounting: evidence from Computer Investments [article en línia]
Cambridge (Massachusetts): MIT Working Papers.< http://ebusiness. mit. edu …, 2001
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2001 3 12.1%
eBusiness Evangelist; An Interview with Erik Brynjolfsson
Supply Chain Management Review, 2006
View Details
2006 3 12.0%
Yu (Jeffrey) Hu and Duncan Simester,“Goodbye Pareto Principle, Hello Long Tail”
MIT Center for eBusiness Working Paper, 2006
View Details
2006 3 12.0%
pConsumer Heterogeneity and Search Costs on the Internet, qWorking Paper
Carnegie Mellon University, 2002
View Details
2002 3 11.9%
Information Worker Productivity: Task Level Evidence
Proceedings of the Workshop in Information Systems Economics (WISE), 2003
View Details
2003 3 11.9%
Tecnología de la información, organización del lugar de trabajo y demanda de trabajadores calificados: evidencia a partir de datos de empresa
BID, Reformas y equidad social en América Latina y el Caribe. Memorias de la …, 2004
View Details
2004 3 11.8%
Exploratory Notes on IT and Diversification. The Effects of Technology and Innovation of Firm Performance and Employment, Washington, DC
National Academy of Sciences, 1995
View Details
1995 3 11.8%
Testing Three-Way Complementarities: Incentives, Monitoring and Information Technology
Proceedings of the 30th Annual International Conference on Information Systems, 2009
View Details
2009 3 11.7%
Tools for teaching change management
The Matrix of Change and Supporting Software, 1997
View Details
1997 3 11.7%
Bundling and Competition on the Internet: Aggregation Strategies for Information Goods" Marketing Science (January)
View Details
2000 3 11.5%
Intangible Assets: How the Interaction of Computers and Organizational Structure Affects Market Valuations
Internet Version: http://ecommerce. mit. edu/erik/itqo% 20final-7-00. html …, 2000
View Details
2000 3 11.5%
M ichael D. Smith (2000). The great equalizer? Consumer choice behavior at Internet shopbots
Journal article, July, 2000
View Details
2000 3 11.5%
Intangible Assets: How the Interaction of Computers and Organizational Structure Affects Stock Markets
MIT Sloan School of Management, 2000
View Details
2000 3 11.5%
The intangible benefits and costs of computer investments
MIT, 1999
View Details
1999 3 11.5%
The Intangible Costs and Benefits of Computer Investments: Evidence from Financial Markets, Sloan School
MIT, April, 1999
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1999 3 11.5%
Shared Information Goods, 42J
L. & ECON 117, 1999
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1999 3 11.5%
Information Technology and Organizational Design: Firm Level Evidence
MIT, Stanford and Wharton Working Paper, 1998
View Details
1998 3 11.5%
Measuring the impact of electronic data management on information worker productivity
MIT Center for Digital Business Research Brief 10 (2), 1-5, 2008
View Details
2008 3 11.5%
Which came first, IT or productivity? Virtuous cycle of investment and use in enterprise systems. SSRN
View Details
2008 3 11.5%
You've Got Spam
Wall Street Journal A 16, 2007
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2007 3 11.4%
Goodbye Pareto Principle, Hello Long Tail: The Effect of Search Costs on the Concentration of Product Sales (November 2007)
Dostępne na: SSRN: http://ssrn. com/abstract 953587, 2007
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2007 3 11.4%
What makes a company good at IT
The Wall Street Journal, 2011
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2011 3 11.3%
Complementarity in Organizations [The Handbook of Organizational Economics]
Introductory Chapters, 2012
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2012 3 10.8%
Daven port
TH, Patil, DJ, and Barton, D.,“Big data,” The Management Revolution Harvard …, 2012
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2012 3 10.8%
Artificial Intelligence and Life in 2030: One Hundred Year Study on Artificial Intelligence: Report of the 2015 Study Panel, 52
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2016 3 10.7%
La digitalización de prácticamente todo
Harvard Deusto business review, 18-27, 2015
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2015 3 10.7%
GDP-B: Accounting for the Value of New and Free Goods
Available at SSRN 3356697, 2019
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2019 2 7.3%
La macchina e la folla: come dominare il nostro futuro digitale
Feltrinelli Editore, 2020
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2020 2 7.3%
Electronic Communities: Global Village or Cyberbalkans.[Consultado on line, el 2-3.2005]. Dirección URL: http
web. mit. edu/marshall/www/Abstracts. html, 2005
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2005 2 7.0%
Directory read inhibitor for optical storage media
US Patent App. 11/028,352, 2005
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2005 2 7.0%
Goodbye pareto principle, hello long tail: Modeling and measuring the effect of search cost on product sales distribution
workshop on Information Systems and Economics (WISE), University of …, 2005
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2005 2 7.0%
Digital Business Transformation: Lessons from The Matrix of Change
Working Paper, MIT Sloan School of Management, 2006
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2006 2 6.9%
Does Current Advertising Cause Future Sales? Evidence from the Direct Mail Industry
MIT Sloan School Man 222 (1), 2006
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2006 2 6.9%
Digital organization: the seven habits of highly productive companies
working paper, MIT, 2002
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2002 2 6.9%
Intangible Assets: Computers and
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2002 2 6.9%
Des machines, des plateformes et des foules
Odile Jacob, 2018
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2018 2 6.9%
Invertir en la TI que sí hace una diferencia competitiva
Harvard Business Review 86 (9), 98-110, 2008
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2008 2 6.9%
An Asset Approach to Valuing Information
Working paper, MIT. Shapiro, Carl, and Hal Varian. 1999. Information Rules …, 2008
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2008 2 6.9%
Pricing of content on the Internet: the aggregator model
Massachusetts Institute of Technology, 1996
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1996 2 6.9%
The Net Effect: Modeling and Measuring the Integration of Electronic Communities
17th International Conference on Information Systems, 15-18, 1996
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1996 2 6.9%
How IT is Propagating Innovation and Accelerating Competition
Keynote presentation at the conference, Advancing the Study of Innovation …, 2009
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2009 2 6.8%
The Catalytic Computer: Information Technology, Enterprise Transformation and Business Performance” In William Dutton, Brian Kahin, Ramon O’Callaghan and Andrew Wyckoff
Transforming Enterprise, 2004
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2004 2 6.8%
The Digital Organization
Massachusetts Institute of Technology, 2004
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2004 2 6.8%
Tools for Teaching Change Management: The Matrix of Change and Supporting Software.
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1997 2 6.8%
The matrix of change
Sloan Management Review (Winter), 1997
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1997 2 6.8%
Frontier research on information systems and economics
Institute for Operations Research and the Management Sciences, 1997
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1997 2 6.8%
AI and the Economy
Lecture at the Future of Life Institute 1, 2017
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2017 2 6.7%
Water cooler networks
Essays on Social Networks and Information Worker Productivity A 97, 2011
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2011 2 6.7%
WIRED for innovation: how information technology is reshaping the economy
The Computer Journal 54 (2), 304-305, 2011
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2011 2 6.7%
La cola más larga: la curva de distribución de Amazon
Trama & Texturas, 57-70, 2011
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2011 2 6.7%
When Quality Matters: Information Technology And Buyer-Supplier Relationships», Center for Coordination Science Technical Report
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1992 2 6.7%
Ownership principles for distributed database design
Alfred P. Sloan School of Management, Massachusetts Institute of Technology, 1992
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1992 2 6.7%
Beyond the Productivity Paradox: Computers are the Catalyst for Bigger Changes, 1998
Retrieved September 3, 2010
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2010 2 6.6%
Harnessing the digital lens to measure and manage information work
Available at SSRN 1709943, 2010
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2010 2 6.6%
The IT Productivity Gap, Optimize, July, 21
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2003 2 6.6%
The IT Productivity GAP", Optimize Magazine, julio, Issue 21
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2003 2 6.6%
Information Technology, Work Organization and the Demand for Skilled Labor: Firm Level Evidence", Working Paper, MIT
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1998 2 6.6%
User Investment and Firm Value: Case of Internet Firms
Proceedings of the Workshop on Information Systems and Economics, Milan, 2013
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2013 2 6.6%
Why not one big database? Ownership principles for database design
Decision Support Systems 15, 267-284, 1995
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1995 2 6.6%
The matrix of change: A tool for business process reengineering
Available HTTP: http://ccs. mit. edu/CCSWP189. html. MIT Sloan School of …, 1995
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1995 2 6.6%
Why not one big database? Principles for data ownership
Decision Support Systems 15 (4), 267-84, 1995
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1995 2 6.6%
Information, Technology and Information Worker Productivity: Task Level Evidence
National Bureau of Economic Research, 2007
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2007 2 6.6%
Some Estimates of the Contribution of Information Technology to Consumer Welfare “(unpublished; Cambridge: Massachusetts: Sloan School of Management, Massachusetts Institute of Technology)
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1994 2 6.6%
How Do Information Technology and Workplace Organization Affect Labor Demand? Firm Level Evidence
Unpublished paper, MIT Sloan School of Management, 1999
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1999 2 6.5%
Frictionless Commerce? A Comparison of Internet and Conventional Retailers" mimeo, MIT Sloan School of Management
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1999 2 6.5%
Computing Productivity: Firm-Level Evidence'.< ebusiness
mit. edukesearch/papers/139% 20erikb,% 20Computing% 20Productivity. pdf …, 2000
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2000 2 6.5%
Intangible Assets: How the Interaction of Computers and Organizational Structure Affects Stock Market Valuation
MIT working paper, 2000
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2000 2 6.5%
The Great Equalizer? Consumer Choice Behavior at Internet Shopbots" mimeo, MIT Sloan School of Management
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2000 2 6.5%
Brian Kahin. Understanding the Digital Economy
MIT Press, 2000
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2000 2 6.5%
Information technology and the rise of the power law economy
Massachusetts Institute of Technology, 2015
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2015 2 6.4%
Information Technology and the Rise of the Power Law Economy
Working Paper, 2015
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2015 2 6.4%
Machine age
Plassen, Kulmbach, 2015
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2015 2 6.4%
The Skills of the New Machines: Technology Races Ahead
The Second Machine Age, 12-37, 2014
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2014 2 6.3%
Die Welt von morgen: Wie die nächste industrielle Revolution unserer aller Leben verändern wird
Plassen Verlag ein Imprint der Börsenmedien AG, 2014
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2014 2 6.3%
Race against the machine: Wie die digitale Revolution dem Fortschritt Beine macht
Plassen Verlag, 2014
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2014 2 6.3%
The Value of Information in an Agency Setting: When ignorance is Bliss
unpublished paper,(June), 1989
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1989 2 6.2%
Information Worker Productivity: Evidence from Worker Output, Compensation and Email Traffic Data
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2004 1 0.0%
Pinging the Robot Next Door
Regulation, 2014
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2014 1 0.0%
A Mechanism for Providing Innovation Incentives for Digital Goods
Mimeo, Massachusetts Institute of Technology, 2004
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2004 1 0.0%
User-Generated Capital and Firm Value: Theory and Evidence from Internet Firms
Mimeo, 2014
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2014 1 0.0%
The second machine age: work, progress, and prosperity in a time of brilliant technologies
Technovation 35, 71-71, 2015
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2015 1 0.0%
Digital Resilience: How Work-From-Home Feasibility Affects Firm Performance (preprint)
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2020 1 0.0%
How to solve the puzzle of missing productivity growth
Brookings Institution, 2021
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2021 1 0.0%
Panel 12 information technology and the productivity paradox
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1989 1 0.0%
Firefly Network, A, B
Stanford University. Graduate School of Business, 1998
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1998 1 0.0%
Industriegesellschaft und Industrialisierung
Lexikon der Arbeits-und Industriesoziologie, 268-274, 2013
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2013 1 0.0%
¿ Correrán los humanos la misma suerte que los caballos?: el trabajo en la segunda era de las máquinas
Foreign affairs: Latinoamérica 15 (4), 127-133, 2015
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2015 1 0.0%
Digital Abundance Meets Scarce Architects: Implications for Wages, Interest Rates, and Growth
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2022 1 0.0%
BroadVision
Stanford University, Graduate School of Business, 1998
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1998 1 0.0%
IT's Contributions to Productivity and Economic Growth
MIT Press, 2009
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2009 1 0.0%
How Trust, Incentives and IT Shape Global Supplier Networks: Theory and Evidence from IT Services Procurement
Social Science Electronic Publishing, Inc, 2010
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2010 1 0.0%
Commentary: High-Technology Industries and Market Structure
Federal Reserve Bank of Kansas City (FRB), Economic Policy for the …, 2001
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2001 1 0.0%
Technology, innovation, and productivity in the information age
MIT Press, 2009
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2009 1 0.0%
Measuring the Information Economy
MIT Press, 2009
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2009 1 0.0%
Choosing a future: The Second Machine Age
Issues in Science and Technology 30 (3), 90, 2014
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2014 1 0.0%
Productivité et TI: Maximiser l’impact des technologies sur son organisation
Perspectives 3, 7-10, 2005
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2005 1 0.0%
Organizational Capital
MIT Press, 2009
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2009 1 0.0%
Leaders and Laggards: IT and the Growth of Performance Differences Between Firms
Mimeo, MIT, 2009
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2009 1 0.0%
The Power of Prediction: Predictive Analytics, Workplace Complements, and Heterogeneous Firm Performance1
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2021 1 0.0%
The Intercountry Distribution of Multinational Subsidiary Activity
Harvard University, 1984
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1984 1 0.0%
Information Technology Productivity Paradox: The Problem Facing IT Managers and Researchers
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1994 1 0.0%
10. Tools and frameworks for digital business ecosystems
The Digital Business Ecosystem, 198, 2007
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2007 1 0.0%
全米上場企業四〇年間の調査が明らかにする 競争力と IT 投資の知られざる力学 (Feature Articles 組織 IQ の経営)
Diamond ハーバード・ビジネス・レビュー 33 (9), 60-72, 2008
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2008 1 0.0%
Consumer Surplus
MIT Press, 2009
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2009 1 0.0%
Moneyball for professors: models for predicting research impact
MIT Initiative on the Digital Economy 2016 (11), 2016
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2016 1 0.0%