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VPR
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Free Live Webinar on Multicore Technology, May 14
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| Publication
date on this website:
23/04/2009 |
| Category:
Seminars, Tutorials, Courses, Workshops, Conferenc |
| Company:
Enea |
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| Summary: |
Multicore Made Easy: Solving the programming and manageability challenges of multicore systems.
Two broadcasts to choose between:
- May 14: 10:00AM CEST / 9AM GMT
- May 14: 2PM EDT / 11AM PDT
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| Full
Text: |
Enea is leading the multicore revolution. From CPUs to DSPs to NPUs, Enea has the software platforms to enable rapid programming and simplified management of your multicore system.
In this Webinar, Enea addresses two aspects of its multicore approach:
• Rapid and easy programming of a multicore CPU system
• Quickly developing a highly manageable system based on multicore DSPs
In the first part of the presentation, we introduce a new paradigm in multicore OS technology which combines the performance and scalability of bare metal with the ease-of-use of SMP. As a case study, we present how OSE Multicore Edition can be used in packet-handling applications such as carrier-grade networking and telecom systems.
In the second part of the presentation, we will focus on real-time operating systems for multicore DSPs. We will look at the conditions and requirements that are unique for DSPs, and how they can be addressed in the OS itself. Finally, we will illustrate this with some design decisions made in OSEck, Enea's high performance RTOS for DSPs and dSPEED, a platform for managing DSPs.
Presenters:
Magnus Karlsson is a System Architect at Enea. His interests include real-time and general operating system design, facilitating the management and debugging of large systems, multiprocessor computer architectures and virtual machines. Magnus has authored more than 30 papers in the fields of computer science and engineering and is the holder of a number of U.S. patents. He holds a Ph.D. (1999) from Chalmers University in Computer Engineering.
Daniel Forsgren is a System Architect at Enea, focusing on DSP software including the OSEck real-time operating system, the dSPEED platform, and the DSPNet IPv4/v6 stack. Today, the majority of his work considers multicore DSPs for telecom infrastructure. Over the past 10 years, he has worked within the software industry in areas such as operating system design, communications protocols, multiprocessor architectures, system simulation, and virtualization. He received an M.Sc. in Applied Physics and Electrical Engineering from Linköping Institute of Technology
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| Contact: |
| For registration, please visit www.enea.com |
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Technologies, Methods, Tools, Products and Services for Embedded Systems To Be www.es2.be |
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