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electricity. The control of the electricity production is critical and has a redundant design supervised<br />
by protection relays, where solutions based on IEC 61850 are starting to be used. Modern DC<br />
distribution solutions are now also available and these are strongly dependant on advanced control<br />
and power electronics. Power management automation is used to ensure a proper functionality of the<br />
energy solution. One advanced application is “dynamic positioning” which is a kind of autopilot for<br />
ships. This is often used to keep a ship placed in exactly the same position by utilizing GPS and sonar<br />
sensors and a number of propellers. One dynamic positioning application is drill ships where active<br />
propulsion is used while the ship drills for oil 1000 meters below the surface of the ocean. Trust in<br />
the computer system is here essential. A number of other control tasks must also be solved on the ship<br />
and vessel types like oil tankers, liquid natural gas vessels, container ships and cruise and ferries have<br />
different control needs. One new trend is that while the captain has been not only the commander<br />
of the ship but also quite independent of the fleet owner while at sea, it is now possible to get<br />
much of the computers information from the vessel to the owners office in real time. This opens up<br />
possibilities to compare ship operations, improve maintenance work and improve on energy efficient<br />
planning and execution of voyages. The fleet management solution combined with more efficient<br />
motors and higher quality fuel is enablers to make possible and manage a more environmental<br />
friendly marine world. Cyber security is here, as in other parts of the industry, a growing concern.<br />
Similar solutions as for other remote industrial plants are investigated.<br />
Kai Tormod Hansen is Technology Manager for the center of excellence “Vessel Information and<br />
Control” in ABB Marine and Cranes.<br />
Kai T. Hansen is technology responsible manager for the unit Vessel Information and Control in<br />
the Marine business unit of ABB. He has a Ph.D. in theoretical physics from the University of Oslo and<br />
worked as researcher at universities in Denmark and Germany. He then joined ABB fifteen years ago<br />
as a researcher and has worked most of this time with control technology for a number of products<br />
including process control systems, safety certified systems, Ethernet based communication solutions,<br />
real-time operating systems, electrical protection, drives, software development methodology, project<br />
management research etc. As an applied researcher he has worked on solutions that bridge the gap<br />
between ideas from academia and practical solutions for the industry with its demands on cost and<br />
speed and the much more complex system that a real-life system gives in comparison with a research<br />
set up. He has worked as department manager heading the ABB research center in Norway before<br />
taking the challenge of building up new solutions for control systems on big ships. The challenge<br />
here is to make new modern systems which integrate many functions in one system based on modern<br />
technology solutions being cost efficient and fulfilling the needs of the ship crew.<br />
Kai T. Hansen is a senior member of IEEE<br />
Ronald Schoop<br />
Schneider Electric AG, Germany<br />
“Mastering Complexity in Heterogenous Industrial Systems”<br />
Ronald Schoop is Vice-president Technology and one out of four<br />
Schneider Electric Group Master Experts.<br />
He has received the diploma and the doctor degree (Dr. Ing.) in<br />
Electrical Engineering from the Humboldt-University in Berlin, in 1981<br />
and 1985, respectively. After 3 years in industry, he led the control<br />
group in the department Electronic Technology at the Humboldt-<br />
University and received the habilitation (Dr. sc. tech., Dr.-Ing. habil.)<br />
in 1990.<br />
He joined AEG Modicon in 1991 and after several years in Germ any and USA he was the R&D Director<br />
for Schneider Electric Automation Business in Germany and afterwards in France. Since 2002 he was/is<br />
the Vice President of Schneider Electric Industry Consistency and Platforms in France, USA and Germany.<br />
His research interests are in control and automation, especially in the area of distributed control,<br />
collaborative systems and service oriented architectures. He was project leader of several industrial<br />
projects bringing latest research results into industrial use, such as the development of the first<br />
industrial agent based control system, deployed in production at DaimlerChrysler (P2000+).<br />
He is co-author of 2 books and has published over 50 technical papers in these areas. He has<br />
been active in various industrial societies (Technical Director of IDA group, Director of Modbus-IDA,<br />
director in the board of FDT group, board member of SPS/IPC/Drives conference) and academic<br />
societies (Senior Member of IEEE, AdCom member of IEEE- IES).<br />
Jacek M. Zurada<br />
University of Louisville, Kentucky, USA,<br />
“Computational Intelligence Methods for Factory Automation<br />
and Industrial Applications”<br />
Jacek M. Zurada (FIEEE) serves as a University Scholar and<br />
Professor with the Electrical and Computer Engineering Department<br />
at the University of Louisville, Kentucky. He was Department Chair<br />
from 2004 to 2006. He has published 360 journal and conference<br />
papers in the areas of neural networks, computational intelligence,<br />
data mining, image processing and VLSI circuits. He also has<br />
authored or co-authored three books and co-edited a number of<br />
volumes in Springer Lecture Notes on Computer Science.<br />
He has held visiting appointments at Princeton, Northeastern, Auburn, and overseas in<br />
Australia, Chile, China, France, Germany, Hong Kong, Italy, Japan, Poland, Singapore, Spain,<br />
South Africa and Taiwan. Dr. Zurada was an Associate Editor of IEEE Transactions on Circuits<br />
and Systems, Pt. I and Pt. II, and served on the Editorial Board of the Proceedings of IEEE.<br />
From 1998 to 2003 he was the Editor-in-Chief of IEEE Transactions on Neural Networks. He<br />
is an A ssociate Editor of Neurocomputing, SchedaeInformaticae, International Journal of<br />
Applied Mathematics and Computer Science, Advisory Editor of Int’l Journal of Information<br />
Technology and Intelligent Computing, and Editor of Springer Natural Computing Book Series.<br />
He has served the profession and the IEEE in various elected capacities, including as President of<br />
IEEE CIS in 2004-05 and the ADCOM member in 2009-11 and earlier years. He has been member<br />
and Chair of various IEEE CIS and IEEE TAB committees, and is also now serving as Vice-Chair<br />
of PSPB and PSPB Strategic Planning Committee (2010-11). He is also Chair of the IEEE TAB<br />
Periodicals Committee (2010-11) and will chair the IEEE TAB Periodicals Review and Advisory<br />
Committee in 2012-13. He is also on the 2012 ballot of IEEE-wide elections for 2013 VP-TAB Elect.<br />
Dr. Zurada has received a number of awards for distinction in research, teaching, and service including<br />
the 1993 Presidential Award for Research, Scholarship and Creative Activity, 1999 IEEE Circuits and<br />
Systems Society Golden Jubilee Medal, and the 2001 Presidential Distinguished Service Award for<br />
Service to the Profession. He is a Distinguished Speaker of IEEE CIS. In 2003 he was conferred the<br />
Title of National Professor by the President of Poland. In 2004, 2006 and 2010, he received three<br />
Honorary Professorships from Chinese universities. Since 2005 he has been a Member of the Polish<br />
Academy of Sciences, and has been appointed as a Senior Fulbright Specialist for 2006-12.<br />
46 17th IEEE International Conference on Emerging Technologies & Factory Automation<br />
47