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Smart Wearables for the Medical IoT Context
David Atienza, Embedded Systems Laboratory
Thursday, March 16, 2017 · 11:33 a.m. · 05m 11s
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00:00:00
thank you uh good morning everybody uh so i'm going to uh i'm cutting the but this
00:00:04
isn't about thirty p. f. l. onto the i would like to talk to you about
00:00:08
the uh any of in the middle things are european but the colour or the curve in
00:00:12
green in this in this context for the last ten years on is more where
00:00:17
um i think everybody knows about in the the thing is uh sorry cab
00:00:21
basically you can see in these uh i remember clearly wearable psyche element
00:00:26
a lot of things because the idea is that because the the what else is not only things that we bought our sort
00:00:31
but can also be on carson can also be you're not that's then basically you want to have everybody money don't
00:00:37
and the idea of the the the thing is that this information can provide new insights how
00:00:41
they can interact ultimately with each other things to the use of technical computing so
00:00:47
yeah he is that you can rely on me they don't really these machine learning and all
00:00:50
these elements can really interact together to create new business opportunities now the question is
00:00:56
we think about these contests and these are we having is probably my love for the last
00:00:59
probably almost ten years is it possible and are we really ready for release so
00:01:05
we focus specifically on medical we can see that the week early
00:01:08
on is the idea of developing extremely tiny sensors that can
00:01:12
sends the information and happily transferred to a smart hub can be typically smart phone and
00:01:18
for this is more phone if you need you can also communicate to adopt
00:01:22
so and then there are few as their speaker particularly hot burial for cardiovascular disease
00:01:28
a brain many doreen and even the score altering for british so we think about these and we have
00:01:33
been looking quite a lot in this area the main issues that you have for two for one
00:01:37
this is the only last five to six days so there's no way to make this it can last in this context
00:01:43
see because it become occasions still expensive and second what happens if i don't have communication
00:01:49
be young does not phone to uh to the hospital to this business a
00:01:52
person that's when you don't have a way to report anything so you'd
00:01:56
white feet so since two thousand and then we have been working with
00:01:59
issue to try to extend this approach and make assistant really smart
00:02:04
so we had developed is a number of its business multiprocessor resigns a
00:02:07
microcontroller that and specific target in that regard to them analysis
00:02:12
and things that we can also in bed in the sensors not really on the phone but in the sensors
00:02:18
noise filtering we can also do the nation that you wouldn't possibly that even with
00:02:22
messy learning we have been able to include classifiers that the doctors will
00:02:26
used to reduce the volume of the the recognition so having all these
00:02:30
we can definitely port to the hospital what is really needed
00:02:33
if it's maybe we can also compress the data so that little two teams irrelevant information and everything
00:02:40
most intimate normal fashion so you don't really need to have the osprey that all the time
00:02:43
and to intervene so we tried to do these and we put it in place
00:02:48
with double the medical community and see what happens and what turns out is that they
00:02:52
are very interested so you could actually have assistant really working out on the mostly
00:02:56
um for that for a person just lead lead the personally the
00:03:00
hospital angled to be money don't in case something was wrong
00:03:03
the host be that easy informal dramatically things to the business answers didn't you didn't have it also because you could
00:03:09
even have extremely cheap one about uh systems to do that and in the end what you get is
00:03:16
date phone weekends only an interface to the person was to see something but otherwise system works autonomous states
00:03:22
so overall yes it's possible to have a small white also created even us that
00:03:26
the colours not catnip is imperfect because when actually quite a lot of work
00:03:31
don't in the us that they're interested in this area and in case something goes wrong i
00:03:35
guess the doctor receives on a regular person receives information to really call the person even
00:03:41
the bylaws that actually going to try this adventure with as functional imposing managed to sort by
00:03:45
the cheaper on the wall so i think it's actually put the was with local
00:03:49
and then what is next so what they would like to mention today is that this is not the the end is is
00:03:53
just the beginning we can do many more things i'm showing here two examples of cumbersome process that we can have
00:03:58
one uh progress supposedly helping to the senate one isn't that when you let's i you see
00:04:03
i found that when we can actually do blood pressure knowing to see blood pressure many domain
00:04:08
by using a camera and microphone for for second we can have on the right side
00:04:14
um ah our device which is a non priest and also uh can be used as a watch
00:04:19
and it can actually more need all these things are done with so what is coming
00:04:23
is really more diplomatic sensing and adaptability for the parts so that can actually worked out so
00:04:29
that's one of the things i would like to mention that we're not only here for
00:04:33
the process but also like within the as the um nation we're also here to help you so in
00:04:38
this case we also have a quarter we're trying to understand professionals how these i. u. t.
00:04:43
a new religion is coming up so it's actually a corset with one really wanted can actually come explosively target to
00:04:49
do hands on with industrial cases that is that we have them in the p. of an industrial companies
00:04:54
and i would be very not happy to want to actually have more discussion on that so
00:04:58
that's all for my side the thank you very much so i hope we can work together to even the
Conference Program
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Small electromechanical moving devices
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Intro words, VP Research
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Smart Wearables for the Medical IoT Context
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Medical Image Analysis
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Advanced Functional Fibers
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ABB Sécheron
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Flyability
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Meyer Burger / Pasan SA
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Etudiant EPFL
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Johnson & Johnson
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Vidi Systems
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Fischer Connectors
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Closing remarks
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