Mathematics Making Sense of Sensors
Robert
Ghrist Department of Electrical and Systems
Engineering
and
Department of Mathematics
University of Pennsylvania
January 22, 2009
7:00 pm, Willey Hall 125 Map
5:00pm-6:30pm Reception in 400 Lind Hall
Lecture
Video (flv)
Photo Gallery
Postcard: pdf
Abstract:
Sensor networks are poised to affect our societies in dramatic
ways. They are embedded into products we use each day, such as
airbags,hearing aids, and networked cell phone systems. Sensors
are tiny devices that collect information. When connected to a
larger network, they
manage vast amounts of data. Managing that data so we don't
drown in it requires answers from mathematics.
Sensor networks monitor environmental changes in rain forests
and are used in nanotechnology and biomedical testing. They are
widely used in law enforcement and in homeland security. “These
networks are changing our lives and our social rules,” Ghrist
says. "And the impacts we are seeing today are incomparable to
changes that are coming." He will describe a recent calculus
for sensor network data, whose origins lie in algebraic
topology.

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