New Canadian Technology Brings Virtual Book-Signing to Life

    A Toronto-based control engineering company,
    Quanser Consulting Inc, will see its cutting-edge technology bring the
    revolutionary LongPen autographing device to life this weekend at the first
    ever transatlantic author signing event. The highly-anticipated launch of
    LongPen takes place at a Toronto literary festival on Sunday, September 24,
    2006.

    The event features a one-on-one book-signing between Edinburgh, Scotland
    and Toronto by internationally-renowned Canadian novelist Margaret Atwood, who
    conceived the idea for LongPen and founded a company called Unotchit to turn
    her idea into a reality. Quanser played a key role in the development of the
    device, by designing and producing the Freehand Script Reproduction Robot at
    the heart of the LongPen system.

    WHERE: Word on the Street festival, Queen’s Park, Toronto, Ontario,
    Canada
    Location: LongPen Tent – Booth D (North-east corner of Queen’s
    Park Circle)

    WHEN: Sunday, September 24, 2006 from 11:00 a.m. to 6:00 p.m.
    11:00 a.m. Book signing with Kate Mosse from London, England
    1:00 p.m. Book signing with Margaret Atwood from Edinburgh,
    Scotland
    3:00 p.m. Book signing with Thomas Cahill, from New York
    City, USA

    WHO: Dr. Jacob Apkarian, Quanser Founder & CTO, and Paul Gilbert,
    Quanser CEO, will be available for interviews regarding the
    robotic and real-time control technology behind LongPen.

    Founded in 1990, Quanser Consulting Inc is a world leader in the
    innovation and development of advanced control systems for industry, education
    and research. Quanser provides flexible, real-time solutions for complex
    control problems – from design to manufacture to implementation – taking
    concepts, products and research to the leading edge. Quanser’s
    state-of-the-art control technology is currently employed worldwide in a
    diverse range of applications, including aerospace, robotics, medical
    assistive devices and the emerging field of haptics.

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