Katherine Kuchenbecker: The technology of touch
Katherine Kuchenbecker works on incorporating the sense of touch directly into virtual objects. Imagine being able to feel textures on your digital screens. Full bio
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the beautiful and interesting things
die ik gezien heb.
is really important.
bij elke fysieke interactie,
interaction you do every day,
anything you do in the world.
is actually pretty interesting.
of your body and how it's moving,
die je ondervindt.
you have with the world
dat je een oppervlak raakt:
Wat is het?
is it a bunny, what is it?
for how good people are with their hands.
make technology better
voor aanraken te verhogen.
voor aanraken te verhogen.
with the sense of touch.
en machines verbeteren
to computers and machines
advantage of your hands?
of a field called haptics,
interactieve aanraaktechnologie.
touch technology.
that can measure that motion,
kan geven
sensations over time
kan geven
in the real world,
in de echte wereld.
you're touching something
from research in my lab at Penn.
mijn onderzoekslab in de Pennsylvania Universiteit.
problem that I was showing you:
het aanvoelen van objecten vastleggen
how hard you're pushing;
hoeveel druk je uitoefent.
exactly where you've moved it;
dat je bewogen hebt
an accelerometer, inside,
back and forth of the tool
that's a piece of canvas
from these interactions.
kleiner en groter worden,
get larger and smaller,
van die relatie
model of those relationships
in the white bracket
back and forth, on the real canvas.
met allerlei soorten oppervlakten
and it's really a lot of fun.
haptic photography.
benefits in all sorts of areas
online winkelen,
maybe interactive museum exhibits,
in musea
to touch the precious artifacts,
maar wel zouden willen.
maar wel zouden willen.
about comes from a collaboration I have
aan de tandartsschool in Pennsylvania.
at the Penn Dental School.
dental students
there are cavities.
van hun beoordelingen
comes from what they feel
met een instrument te voelen.
with a dental explorer.
met een instrument te voelen.
they go across.
is really hard, then it's healthy,
dat het glazuur aangetast is.
dat het glazuur aangetast is.
is starting to decay.
for a new dental student to make,
a lot of teeth yet.
before they start practicing
on to the dental explorer,
but also a touch track,
als een voelkanaal.
door het herhalend instrument vast te houden.
that repeating tool.
felt when they did the recording,
toen zij het opnamen
in het beoordelen.
kind of suspicious, right?
definitely put a filling in this tooth."
zijn hard en gezond,
are hard and healthy,
of judgments doctors make every day
we've invented has a lot of potential
verschillende dingen
training, because it's really simple
omdat het echt eenvoudig is
what people feel through tools.
via instrumenten.
games maken
more interactive and fun
in the sensations that you feel.
is again about human movement.
at something like surfing?
maybe getting some input from a coach,
en leuker te maken.
more efficient and more fun.
if I have six different arm movements
and try out our system.
we show graphics on the screen,
om je bewegingen te meten,
which have motors inside,
your arm is a little too high --
right there on the skin
onder de knie te krijgen
these movements more quickly
voor herstel na beroerte
for use in stroke rehabilitation,
of applications,
or all sorts of sports training as well.
over het domein van de haptica,
about the field of haptics,
over het domein van de haptica,
over zal horen.
about in the coming years.
who work with me in my lab at Penn
for your kind attention.
ABOUT THE SPEAKER
Katherine Kuchenbecker - Mechanical engineerKatherine Kuchenbecker works on incorporating the sense of touch directly into virtual objects. Imagine being able to feel textures on your digital screens.
Why you should listen
Could technology be more touchy feely? Mechanical engineer Katherine Kuchenbecker answers this question with a resounding ‘yes.’ Kuchenbecker researches the design, control and performance of robotic systems that enable a user to touch virtual objects and distant environments as though they were real and within reach. These interfaces combine electromechanical sensors, actuators and computer control, allowing for technology that can fool the human sense of touch, otherwise known as ‘haptics.’
Imagine a tablet computer that lets you feel fabrics and textures, robotic surgical tools that let doctors use their incredibly well-honed sense of touch, video games that allow you to feel hits and computer programs that teach you the movements of a sport. By researching these areas -- as well as applications in stroke rehabilitation and assistance for the blind -- Kuchenbecker seeks to improve our understanding of touch and uncover new opportunities to use it in interactions between humans, computers and machines.
An assistant professor at the University of Pennsylvania, Kuchenbecker has been named to the Popular Science Brilliant 10. She is also an avid photographer, and played volleyball at Stanford for two seasons.
Katherine Kuchenbecker | Speaker | TED.com