Nike's development runs on NAG software
Oxford 06 Jan 00 The Numerical Algorithms Group's (NAG) IRIS Explorer, is helping a
sports and fitness company, NIKE Inc. NIKE's 'R&D SWAT Team' look
for technological developments that can take it into the future with improved
products and processes. IRIS Explorer's task at NIKE includes smooth, accurate,
and fast visualization of 300,000 data points from foot scans to help the
company get a better understanding of what the internal shape of the shoe should
be.
Mark Johnston (Project Manager, Advanced R&D) and his Footware Design
and Development Group in Beaverton, Oregon are carrying out a corporate mandate
to study promising technologies and major product opportunities at NIKE, Inc.
"We evaluate everything," Johnston says of his cross-functional team of computer
programmers, biomechanics experts, and mechanical engineers. "The department
looks at all opportunities from low-level technologies - computer tools that
could help us design products faster to meet the needs of the individual - to
new systems for how to fit a shoe."
Designing a shoe means creating
various components - the outsole, midsole, and upper - and then fitting these
components around a foot support unit called the last. Johnston and his
team are interested in understanding and perfecting this shape which represents
the internal volume of the shoe.
"We involve IRIS Explorer in two very
important aspects of our research," he says. "The first is for rapid application
prototyping. When we want to try to test a new analysis algorithm - or if we
simply want to do ?what if? experiments - IRIS Explorer gives us a fast and
flexible way to pull together prototype code. The low programming overhead
associated with IRIS Explorer is a big advantage to us. To a large degree,
understanding our analysis results and the morphology of the foot requires fast
and accurate visualization, and this is where IRIS Explorer delivers the second
big benefit. Whether our data is from a laser scanner or a touch probe, IRIS
Explorer consistently handles any dataset."
Part of the uniqueness of
Johnston?s task is that there are very few computer visualization tools that can
do the same functions that the team asks IRIS Explorer to do. The problem, as he
describes it, is that off-the-shelf tools expect to see fairly regular shapes
and datasets. Feet, however, are amorphous, and they generally break the rules
or assumptions that are made by mechanical engineering and CAD packages. IRIS
Explorer has the flexibility to do such sophisticated analyses: ?IRIS Explorer
visualizes, renders and rotates our data just that way.?
For the full
case story of how NIKE has improved their technology see www.nag.co.uk/visual/IE/iecbb/Posters/Index.html
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