Every year the American Control Conference (ACC) brings
together a large and diverse group of engineering researchers and industry
practitioners. Ideas are shared, challenged and debated so, clearly, the importance
of this gathering cannot be overstated.
For us at Quanser, it is a unique opportunity to learn about
the latest controls research being conducted in every corner of the globe from
the very men and women doing the research. For the conference delegates, it is
a valuable opportunity to start conversations investigating ways Quanser can
assist them in advancing their work.
Visitors to the
Quanser booth examine examples of the Quanser platform in action.
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A Diverse, Adaptable
Research Platform Is At Your Service
Our booth at ACC
2013 was our “storefront window”. Within its limited space, it was designed
to answer the question, “How is Quanser relevant to you?”, by giving visitors a
starting point to understand how varied and multi-functional the Quanser
platform is.
To demonstrate that point, we showcased a selection of both
simple and complex experiments, starting with the low-cost, all-in-one QUBE™-Servo; and culminating with the “Iron
Bird” - a Hardware-in-the-loop rapid prototyping device consisting of the
Quanser 3 DOF Gyroscope and the HiQ avionics sensor board. Simulating a Quanser Qball
UAV, the Iron Bird is an important incremental step towards deploying a fully
functional and stable unmanned aerial system.
These demonstrations revealed the range and quality of the
Quanser platform, and were the starting points for a many one-on-one
conversations with booth visitors about how our platform could serve their
research. They saw that the Quanser platform is a wide-ranging, modular system of
hardware and software that allow users to drop in blocks that talk to hardware,
create a unique control system, then rapidly test and refine it using the
software of their choice, be it MATLAB®/Simulink® or LabVIEW™.
The Quanser 3 DOF
Gyroscope is a key element of our “Iron Bird” concept demonstration that caught
the attention of many of our booth visitors.
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Researchers weren’t our only booth visitors. Educators saw
the QUBE-Servo and its modern, mix-and-match
courseware as a cost-effective path to retrofit an undergraduate control
lab. The QUBE also impressed people outside the academic sphere. A number of
industry practitioners, including Ford Motor Company, General Electric and
others, found the QUBE so interesting they are considering using it to teach or
reinforce control concepts within their companies.
At ACC 2013, we learned a great deal about the new paths
researchers are taking. They in turn learned about the vast and varied Quanser
research platform. Ultimately our booth visitors saw how thoroughly we could be
counted on to help them advance their control research and educational goals.
To learn more about how the Quanser Platform helps validate control
systems research, click here.
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