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Seminar Announcement
These events are organized by various sub-sets of the IEEE Toronto Section.
The contact person listed below is the volunteer who has arranged this event.
Please use the e-mail link provided if you have any questions, suggestions,
or concerns.
| Title
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Future-Proof Your Embedded Design with ARM-Based MCUs
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| Speaker
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Haydn Povey
Product Manager, Cores Group
ARM Ltd.
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| Day and Time
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Tuesday, April 12, 2005 6:30 p.m. to 9:30 p.m.
(refreshments 6:00 p.m.)
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| Location
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Room A4081 - map
School of Electronics and Computer Engineering Technology
Seneca College of Applied Arts & Technology, Newnham Campus
1750 Finch Ave. East, North York, Ontario
Directions (see map link above)
Seneca College School of Electronics is located at the Newnham Campus at 1750 Finch Av. East.
Take hwy 401 to hwy 404 north. Exit at Finch and go west (left).
Entrance to the campus is at the 2nd second set of lights on the right.
After parking, enter through building "B", and follow the signs to get to room A4081.
Parking/Map
When you turn into the school, please stop at the first parking kiosk to
your right (marked 'information'), tell the attendant the seminar you
are attending, and you will be allowed to access one of the parking
lots. Cost is $4.
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| Organizers
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IEEE Toronto Computer Chapter
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| Contact
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Dennis
(IEEE)
IEEE members and guests are welcome, if you are interested in attending,
please contact Dennis to register.
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| Abstract
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Come learn about the '8051' of the 32-bit world. Discover how 32-bit
ARM-based single chip microcontrollers can help 'future-proof' your
designs by preserving your investment in hardware and software skills,
and extending the life of your product platform. Learn about the ARM
programmer's model, and the different cores being used in the newest ARM
microcontrollers from Atmel, Philips, ST, TI, Intel and others. The
future of ARM based MCUs will also be discussed.
Topic Outline:
1. Who are ARM
2. The benefits of an open architecture
a. Tools availability (Compilers, Debuggers, RTOSs, etc)
b. Standard programming model
c. Portable workplace (i.e. ability to find engineers who know the architecture
+ plus a great skill to have on resume)
d. The ARM Connected Community
e. ARM MCU Vendors
3. Short Introduction to the Architecture
a. Why RISC (RISC vs. CISC)
b. Overview of existing cores
c. Pipelines
d. Exceptions & Interrupts
4. The future of ARM based MCUs
a. Evolution of ARM7 & ARM9 MCUs
b. The role of standardisation organizations (Autosar & Jasper etc)
c. New technologies
i. The ARM Cortex family
ii. The ARM Cortex-M3
www.arm.com
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| Biography
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Haydn Povey holds a senior position at ARM Ltd as a Product Manager
within the Cores Group. Haydn currently manages the MCU level processor
cores, and supervises both well established cores and multiple emerging
technologies. Haydn has an honours degree in Electronic Engineering for
the University of Kent, Canterbury, UK.
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