Xootic website revamped
As you can probably see, the Xootic website has been revamped. The look is a bit different, because we are using WordPress instead of Joomla now. Moreover, we have an RSS feed now. Stay tuned for more updates.
As you can probably see, the Xootic website has been revamped. The look is a bit different, because we are using WordPress instead of Joomla now. Moreover, we have an RSS feed now. Stay tuned for more updates.
Date & Location | Wednesday 8 October 2014 @ De Zwarte Doos, TU/e, Room 1.03 |
Title | The Internet of Things: Cool technologies and scary business models |
Schedule | 17:30 Reception18:00 Dinner19:30 Lecture by Koen Holtman, Philips Research, followed by drinks (until 22:00) |
Synopsis | The Internet of Things is a vision of the future stating that all things will become connected to the Internet. The Internet of Things is also a huge hype: according to Gartner, this hype is now at its peak of inflated expectations. Even if we go beyond the hype to a more fact-based view, the Internet of Things remains exciting.In the first part of this talk, I consider technology. I give an overview of the most important technical developments that can help the Internet of Things. Then I share some of our experiences at Philips in advancing one specific cool technology: high-reliability low-cost wireless communication.In the second part, I discuss the business models that dominate the embryonic Internet of Things now, and make predictions about what will happen in future. Some versions of the hype predict that Internet-native business models will eventually disrupt every sector of the ‘things’ economy. In practice, product-centric companies will have to change some of their ways of working. They will have to face new competitors, but they are not doomed from the start. The system architecture of the future Internet of Things will be interesting, but maybe not beautiful. It will be shaped by competitive forces, and by the fact that the general public remains unwilling to pay for anything purely digital. |
The Xootic Committees have been updated with the results of the GMM 2012.
Date & Location |
Thursday 3 May 2012 @ De Zwarte Doos, TU/e
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Schedule |
18:30 |
Reception |
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19:00 |
Diner |
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20:30 |
Lecture by Mr. Jos van Eijndhoven, Vector Fabrics |
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22:00 |
Drinks (until 22:30)
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Title |
Mapping applications into multi-processor system-on-chip: multi-threading and shared-memory behaviour
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Synopsis |
Multi-core processor systems have become industry-standard, not just in high-end computing but also in embedded systems. General purpose processors are combined with function-specific architectures to achieve sufficient computational efficiency. These trends have created highly complex systems which are very difficult to program. To take advantage of such processing resources, application programs require both functional and data parallelization. Next to application parallelization, this presentation will discuss in particular the required underlying system support, with OS services for threading control, and hardware support such as cache coherency and memory consistency. Maintaining reasonable programmability requires both more software-friendly hardware architectures as well as improved tooling to support the application programmer.
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Biography |
Jos van Eijndhoven is co-founder of Vector Fabrics in February 2007. Before that he was principal architect at NXP Semiconductors Research, working on programmable multimedia hardware architectures and the associated mapping of media processing applications. He was leading the Processor Oriented Architectures research cluster since 2000, which in that time belonged to Philips Research. Inside Philips he participated in the regular reviews of the corporate patent portfolio, and received a patent infringement detection award in 2006. From 1984 to 1998 he was senior research member in the Design Automation group at the Eindhoven University of Technology, The Netherlands. In 1986 he spent a sabbatical at the IBM Thomas J. Watson Research Laboratory, Yorktown Heights, New York, pioneering the research on high level synthesis. He studied Electrical Engineering at the Eindhoven University of Technology, The Netherlands, obtaining the M.Sc. and Ph.D. degrees in 1981 and 1984 for research on mixed-level simulation. Jos is (co-)author of about 100 scientific publications in the domains of design automation technology and media processing architectures. He currently holds 15 worldwide patents. |
Dear members of Xootic and (potential) partners,
In this Xootic Partnership Levels document, you will find the information you need when you want to become a partner of Xootic or get in touch with our (250+) members.
– The board.