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artículo técnico

El mundo 4.0 • Datta D.B. (2016) Radio Frequency Identifi- • Ryan D. (2012) The Next Generation of Innovation
cation Technology: An Overview of its Compo- in the Digital Shipyard. Siemens PLM Software
1 Los orígenes nents, Principles and Applications. Interna- (Mari-Tech 2012 Exhibition and Conference)
tional Journal of Science, Engineering and • Schwab K. (2016) The fourth industrial revolu-
• Advanced manufacturing national program Technology Research (IJSETR) tion. Word Economic Forum
office. National science and technology • DNV-GL AS (2013) The changing technological • Siemens. (2013) Providing the next-genera-
council (2016) National network for manufac- face of the Maritime Sector. DNV-GL tion design paradigm for shipbuilders. Sie-
turing innovation program. Strategic Plan. Exe- • DNV-GL AS (2016) Technology Outlook 2025. mens PLM software
cutive office of the President DNV-GL • Sirkin H., Zinser M. (2015) The robots revolu-
• Brynjolfsson E., McAfee A. (2014) The second • EOP (2016) Artificial intelligence, automa- tion. The next great leap in manufacturing. BCG
machine age. W.W. Norton & Company tion and the economy. • SPARC (2015) Robotics 2020 Multi-Annual
• European Commission (2014) For a European • GfSE/INCOSE working group PLM4MBSE Roadmap. SPARC The partnership for robo-
Industrial Renaissance. Communication from (2015) 10 theses about MBSE and PLM. Ger- tics in Europe
the commission to the european parliament, man chapter of INCOSE • Sulavik C., Portnoy M., Waller T. (2014) The
the council, the european economic and so- • GMTT2030 Team (2015) Global marine tech- new hire: how a new generation of robots is
cial committee and the committee of the nology trends 2030. Lloyd´s Register-Quine- transforming manufacturing. PwC
regions tic-University of Southampton • Tandulwadikar A. (2016) Disrupting Reality:
• European Commission (2012) A Stronger • Goldman Sachs (2016) Virtual & augmented Taking Virtual & Augmented Reality to the En-
European Industry for Growth and Economic reality: understanding the race for the next terprise. Cognizant
Recovery. Communication from the commis- computing platform. Equity Research Gold- • Thematic Technology Group TTG4 e-Ma-
sion to the european parliament, the council, man Sachs Group ritime of the Maritime European Strategy
the european economic and social commit- • Hader M., Rossback.E. (2015) Cyber-security. Action (MESA) (2016) ICT Maritime oppor-
tee and the committee of the regions Managing threat scenarios in manufacturing tunities 2030. Maritime connected and au-
• Gausemaier J., Dumitrescu R., Steffen D. companies. Roland Berger Think Act tomated transport. Waterborne (Maritime
(2015) System Engineering in industrial prac- • Hathan N.W., Kenley C.R. (2015) Product lifecy- Europe Strategy Action)
tice. Unity, Fraunhofer IPT and Heinz Nixdorf cle management: The salvation of systems engi- • ZVEI (2011) Manufacturing Execution System
Institut neering. 11 SE INCOSE Conference (Pretoria) (MES). German Electrical and Electronic Ma-
th
• Industrie 4.0 Working Group (2013) Recom- • Heston T. (2016) Augmented reality reaches nufacturers’ Association (Federal Ministry
mendations for implementing the strategic the manufacturing floor. The fabricator.com for Economic Affairs and Energy)
initiative Industrie 4.0. Acatech & Forschung- (Fabricators and Manufacturers Associaton)
sunion • IEC (2013) Enterprise-control system integra- 3 Oportunidades y objetivos 4.0
• Lombardero L. (2015) Trabajar en la era digi- tion. CENELEC
tal. Tecnología y competencias para la transfor- • IEC Market Strategy Board wireless sensor • Aachen Cologne (2015) Industrie 4.0 Readi-
mación digital. LID Editorial networks project team & NIST (2014) White ness. IMPULs-Stifung (VDMA)
• Lorenz M., Rübmann M., Gerbert P. (2015) Paper Internet of Things: Wireless senor ne- • AG2 R&D Working Group (2016) Aspects of
Industry 4.0 The future of productivity and tworks. International Electrotechnical Com- the Research Roadmap in Application Scena-
growth in manufacturing industries. BCG mission rios. Platform Industrie 4.0
• Lorenz M., Rübmann M., Strack R. (2015) • IEC Market Strategy Board IoT 2020 project • Bechtold J., Lauenstein C., Kern A., Bernhofer
Man and machine in Industry 4.0. BCG team (2016) White Paper IoT 2020: Smart and L. (2014) Industry 4.0 The Capgemini consul-
• Peters K. (2015) Industrie 4.0: An opportuni- secure IoT platform. International Electrote- ting view. Capgemini Consulting
ty for Europe” Ten Key Recommendations for chnical Commission • Blanchet M. Rinn T., Von Thaden G., De
Implementing Industrie 4.0 in Europe. VDMA • Krüger J. (2015) PLM as Enabler for Industry Thieulloy G. (2014) Industry 4.0 The new in-
European Office 4.0. NTT DATA dustrial revolution. How Europe will succeed.
• President´s council of advisors on science • MESA (1997) MES Explained: A high level vi- Roland Berger (Think Act)
and technology (2012) Report to the presi- sión. MESA International • Bolling Matthias (2017) Henry Ford 4.0. Get-
dent Capturing domestic competitive advan- • McKinsey Global Institute (2013) Diruptive ting digital leadership right in industrial manu-
tage in advanced manufacturing. Executive technologies: advances that will transform life, facturing just might drive your margins up by
office of the President business, and the global economy. McKinsey 26%. Egon Zehnder International
• Schwab K. (2016) The fourth industrial revolu- Global Institute • Boehm B., Lane J.A. (2010) DoD systems
tion. Word Economic Forum • National Science and Technology Council engineering and management implications for
Committee on Technolgoy (2016) Preparing evolutionary acquisition of major defense sys-
2 Tecnologías facilitadoras the future of artificial intelligence. Executive tems. Systems Engineering Research Center
Office of the President (U.S. Government) (SERC-U.S. Department of Defense)
• Acatech Position paper (2011) Cyber-physi- • Nilsen O.V. (2015) Towards 2020-Green ship- • Franzelius W. (2015) The vessel of the future
cal systems Driving force for innovation in mo- ping. DNV-GL Is it autonomous? DNV-GL
bility, health, energy and production. Acatech • Lag S. (2015) Ship Connectivity. DNV-GL • Friedenthal S., Bruce B., Kemp D., Nichols
• Accenture (2016) Mixed reality brings real be- • PWC (2015) Las tecnologías IoTdentro de la D., Ostar C., Paredis C., Stoewer H., Wade J.
nefits to enterprises. Accenture Industria Conectada 4.0. Fundación EOI (Mi- (2014) A word in motion System Engineering
• Bloching B. & others (2015) The digital nisterio de Industria, Energía y Turismo) Vision 2015. INCOSE
transformation of industry. Roland Berger • Reid J.B., Rhodes D.H. (2016) Digital system • Hariharan S. (2014) The servitization of ma-
• Cam-Winget N., Yang X. (2015) Cybersecu- models: An investigation of the non-technical nufacturing. Tata consultancy services
rity model for manufacturing. ODVA Industry challenges and research needs. Systems En- • IEC Market Strategy Board Factory of the fu-
Conference & 17th Annual Meeting gineering Advancement Reserch Initiative ture project team (2015) White Paper Factory
• Csorba M.J. (2016) Cybersecurity and network (SEARI) (14th Annual Conference on sys- of the Future. International Electrotechnical
resilience. DNV-GL tems engineering research) MIT Commission

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