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Results for Artificial intelligence:

Erik Brynjolfsson

Erik Brynjolfsson

Schussel Family Professor of Management Science

Department: Professor, Information Technology

Contact: (617) 253-4319, erikb@mit.edu

Expertise: Applied economics; Applied microeconomics; Artificial intelligence; Big data; Business intelligence; Business school; CEO compensation; Cloud computing; Competitive strategy; Computers; Crowdsourcing; Data assets; Data mining; Digital economy; Digitalization; Digitization; Dot-com; eBusiness; eBusiness; eCommerce; eCommerce; Economics; Economy; Electronic commerce; Electronic media; Electronic publishing; Enterprise information systems; Executive compensation; Future of work; Google; Information systems; Information technology; Innovation; Intellectual property; Internet; Job creation; Job creation; Labor market policy; Managerial economics; Microeconomics; Minimum wage; Mobile computing; MOOCs; MOOCs; Neural networks; Offshoring; Offshoring; Online feedback mechanisms; Online shopping; Open innovation; Political economy; Predictive analytics; Predictive analytics; Pricing; Privacy issues; Robotics; Robots; Sales force automation; Sharing economy; Sociotechnical system; Strategy; Technological innovation; Technological innovation; Technology; Unemployment; Unemployment; World Wide Web

Robert Freund

Robert Freund

Theresa Seley Professor in Management Science

Department: Professor, Operations Research

Contact: (617) 253-8997, rfreund@mit.edu

Expertise: Algorithms; Algorithms; Algorithms; Analytics; Applied math; Artificial intelligence; Big data; Computational complexity; Data analysis; Data analytics; Data mining; Data mining; Machine learning; Mathematical programming; Mathematical programming; Mathematical programming; Nonlinear optimization; Operations research; Optimization; Predictive analytics; Robust optimization

Andrew Lo

Andrew Lo

Charles E. and Susan T. Harris Professor

Department: Professor, Finance

Contact: (617) 253-0920, andrew.lo@mit.edu

Expertise: Analyst forecasts; Angel investing; Applied economics; Applied mathematics; Applied probability; Arbitrage pricing theory; Artificial intelligence; Asset management; Asset pricing; Banking; Banking management; Banking operations and policy; Banking regulation; Bankruptcy; Bayesian networks; Bayesian statistics; Bayesian statistics; Big data; Biopharmaceutical; Biotechnology; Bond markets; Bond negotiations; Bond pricing; Business intelligence; Business plans; Cancer; Capital budgeting; Capital controls; Capital market; CEO compensation; Clinical trials; Consumer behavior; Contagion; Corporate diversification; Corporate finance; Corporate governance; Corporate strategy and policy; Currency; Cyber security; Data acquisition; Data analysis; Data mining; Decision making; Deflation; Derivatives; Disaster recovery; Distance learning; Dividend policy; Dot-com; Drug models; eCommerce; Econometrics; Economic crisis; Economics; Education; Emerging businesses; Entrepreneurial finance; Entrepreneurial management; Equities; Euro; Exchange rates; Executive compensation; Federal Reserve; Financial econometrics; Financial engineering; Financial information technology; Financial information technology; Financial markets; Financial reporting; Financial services; Financial statement analysis; Foreign investment; Futures; Government; Healthcare; Healthcare industry; Hedge funds; Hurdle rates; Inflation; Intellectual property; Intellectual property law; Interest rates; International finance; Internet privacy issues; Intertemporal choice; Investment analysis; Investment banking; Investment risk; Investment strategies; Knowledge sharing; Macroeconomics; Mathematical programming; MBA; Medical decision making; Medicine; Mergers and acquisitions; Mobile banking; MOOCs; Mortgage funds; Mutual funds; Neural networks; New venture development; New ventures; Non-linear dynamics; Online banking; Online education; Online feedback mechanisms; Operations research; Optimal control; Optimization; Options; Patents; Pensions; Personal finance; Pharmaceuticals; Portfolio choice; Portfolio design and management; Private equity; Research and development; Retirement planning; Revenue management; Risk capital; Risk management; Sampling; Securities and Exchange Commission (SEC); Security prices; Simulation; Software agents; Startups / Start-ups; Statistics; Stochastic modeling; Stock exchange; Stock exchange consolidation; Stock market; Stock options; Stock trading; Subprime lending; Trading decisions; Treasuries; Venture capital; Wall Street; Web-based marketing

Thomas Malone

Thomas Malone

Patrick J. McGovern (1959) Professor of Management

Department: Professor, Information Technology

Contact: (617) 253-6843, malone@mit.edu

Expertise: Artificial intelligence; Business process modeling; Business process modeling; Changing work environments; Changing work environments; Changing workforce; Climate change; Climate policy; Cross-sectoral collaboration; Crowdsourcing; Digital economy; Digitalization; Digitization; eBay; eBay; eBusiness; eCommerce; eGovernment; Electronic commerce; Electronic communication; Future of work; Gamification; Global climate change; Global warming; Google; Groupware; Industrial organization; Information systems; Information technology; Internet; Knowledge management; Leadership; MOOCs; MOOCs; Online education; Online education; Open source software; Organizational communications; Organizational design and performance; Organizational psychology; Organizations; Social networks; Social networks; Social psychology; Teams; Telecommuting; Virtual teams and organizations; Wikipedia; Wikipedia

Neil Thompson

Neil Thompson

Department: Assistant Professor, Technological Innovation, Entrepreneurship, and Strategic Management

Contact: (617) 253-7998, NEIL_T@MIT.EDU

Expertise: Applied economics; Applied microeconomics; Artificial intelligence; Cloud computing; Competitive strategy; Computers; Corporate strategy and policy; Data analytics; Data mining; Developing countries, economics; Digital economy; Digitalization; Digitization; Economics; High technology / Hi-tech; High technology companies; Information technology; Innovation; Innovation management; Intellectual property; Intellectual property; Internet; Management of technology; Open innovation; Patents; Research and development; Robotics; Robots; Software; Statistics; Strategic management; Strategic planning; Strategy; Technological innovation; Technological innovation; Technology; Technology transfer

Young doctors struggle to learn robotic surgery, so they are practicing in the shadows – Matt Beane

From The Conversation Artificial intelligence and robotics spell massive changes to the world of work. These technologies can automate new tasks, and we are making more of them, faster, better and cheaper than ever before. Surgery was early to the robotics party: Over a third of U.S. hospitals have at least one surgical robot. Such robots have been in widespread use by a growing variety of surgical disciplines, including urology and gynecology, for over a decade. That means the technology has been around for least two generations of surgeons and surgical staff. I studied robotic surgery for over two years to understand how surgeons are adapting. I observed hundreds of robotic and “traditional” procedures at five hospitals and interviewed surgeons and surgical trainees at another 13 hospitals around the country. I found that robotic surgery disrupted approved approaches surgical training. Only a minority of residents found effective alternatives. Like the surgeons … Read More » The post Young doctors struggle to learn robotic surgery, so they are practicing in the shadows – Matt Beane appeared first on MIT Sloan Experts.

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