CICSyN 2009 1st International
Conference on Computational
Intelligence, Communication Systems and Networks 23-25 July 2009, |
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Keynote
Speakers Plenary
Abstract-1
Grid Computing:
Tenfold Acceleration on the Internet/Grids
Professor Frank Zhigang wang Chair in e-Science and Grid Computing Director of Centre for Grid Computing Cambridge-Cranfield High Performance Computing
Facility(CCHPCF) Cranfield University Campus United Kingdom. Prof Wang and his group have developed a
grid-oriented storage (GOS) platform, which beats classic ones by a factor of
2 - 25 over a real-world link. This protocol is the first of its kind
worldwide. Best of all, this platform requires no changes in the way users
work with their applications since it conforms to the existing IT
infrastructures. During his presentation, he will show a demo of using this
protocol to accelerate applications, ranging from IBM DB2, MySQL, Office,
Firefox Web Browser, Google Earth to Media Player. The GOS work has won an
ACM/IEEE Super Computing Award. Biography
Prof. Frank Zhigang Wang Chair in e-Science and Grid Computing Director of Centre for Grid Computing Cambridge-Cranfield High Performance Computing
Facility(CCHPCF) Cranfield University Campus United Kingdom.
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* Plenary Abstract-2 Microwave High Power
Amplifiers for Satellite Communication
Professor Raghuvir Tomar LNM Institute of Information Technology Jaipur, India. Email: tomar.raghuvir@gmail.com;
rtomar@lnmiit.ac.in Biography
In December 2005 he was appointed Professor at the
LNM Institute of Information Technology, Jaipur. His long hands-on experience
with microwave and wireless industry including defense industry spans a
period of some nineteen years. He has authored more than forty-five research
papers (nine in IEEE) and technical reports in peer-reviewed journals and
forums of the highest international repute. He co-authored a book on
millimeter-wave printed antennas published by Artech House, Massachusetts,
USA. A second book titled ‘Fundamentals of Electromagnetic Theory’ is in
progress. He received ‘Outstanding contributor’ award in the
NORTEL RNS440 Radio Project, 1994 (Montreal, Canada) and the ‘Cambridge Blue Book
Man of the Year’ award, 2005, for significant contributions to Electrical
Engineering. This is a peer-nominated award given annually by the
International Biographical Centre, Cambridge, England to a select few
outstanding researchers. Areas of interest include radio frequency and
microwave circuit design; SATCOM systems; radar warning receivers; and
microwave measurement techniques. He is a firm believer in using knowledge
and technology to improve human living standards. * *
* Plenary Abstract-3 Throwing of
Objects: a New Technology for Factory Automation
Prof. Dr. Heinz Frank Reinhold Würth University Germany, 74653 Künzelsau, Daimlerstr. 35 Email: frank@hs-heilbronn.de Tel: +49-7940-1306-124 In a research project at the
Reinhold-Wuerth-University in Künzelsau, Germany, a new approach for logistic
functions in production systems is investigated. Objects are thrown by
throwing devices and captured by capturing devices. With this approach for the
separation, transportation and commissioning of work pieces, tools, packaging
etc. the features of high speeds, high flexibilities and the need of few
resources are expected to be achieved in future. At the beginning an overview will be given for
this new technology. It was inspired by observations in nature, where the
fastest movements can be watched at flying. When this basic idea is
implemented in a technical environment, the functions can be subdivided in
launching of the objects, measuring the objects on their trajectories and
capturing the objects. In the second section the physical basics for the
ballistic of flying objects will be considered. At flying objects in
particular the thrust (driving respectively braking force), the gravitational
force, the drag force and the lift force have to be considered. With these
forces a mathematical model for the trajectories can be deduced. These forces
are also determining the stability of the object orientation during flight.
Different methods will be presented for the flight stabilization of
cylinders. For the realization of the throwing technology two
basic concepts have to be distinguished. - Throwing with indirect hits: When objects are
thrown, which are unsymmetrical or not identical, their trajectories are
depending on sensitive influences like different conditions during the
acceleration by a throwing device or the influence of the gravitation and the
aerodynamic forces during the flight. In this case the objects must be
detected on their trajectories by a sensor system and a robot has to move a
capturing device during the flight to the final capturing point. - Throwing with direct hits: If the objects can be
thrown into a capturing device with a direct hit, the visual tracking of the
objects on their trajectories and the tracking of the capturing device are
not required. Several approaches for throwing devices, sensor
systems for measuring the objects on their trajectories, robots for moving
capturing devices and capturing devices will be presented for these concepts. Finally an outlook with some visionary
applications will be given. Examples like throwing of workpieces from one
machine to another, throwing of objects over obstacles and the commissioning
of goods by throwing shall illustrate the potential of the new technology for
the factory automation in the future. Biography
Since 1991 he has been with the
Reinhold-Wuerth-University of the Heilbronn University in Kuenzelsau,
Germany. His fields of teaching are electrical engineering
and automation engineering. In his
research work he has two fields of interest, which are fast mechatronic
systems and industrial communication systems. Currently his main projects are
throwing/shooting as a new technology for logistic functions in production
systems and the application of the new standard IEC 61850 for distributed
energy resources. He is a member of several learned societies
including the IEEE Robotics & Automation Society and in the TC-BACM
(Building, Automation, Control, and Management) of the IEEE Industrial
Electronics Society. He is also active with several other scientific groups
in Germany. e-mail: frank@hs-heilbronn.de Website: http://iaf.hs-heilbronn.de/wiki/HeinzFrank
Phone: +49-7940-1306-124 Fax: +49-7940-1306-120 Address: Reinhold-Würth-University
of the Heilbronn University, Daimlerstr. 3574653 Künzelsau Germany * * * |
