Marc Raibert: Meet Spot, the robot dog that can run, hop and open doors
Marc Raibert: Upoznajte Spota, psa-robota koji može trčati, skakati i otvarati vrata
Marc Raibert is the founder and CEO of robot maker Boston Dynamics. Full bio
Double-click the English transcript below to play the video.
održavam ravnotežu.
OK, how about now?
U redu, a sada?
can go almost anywhere on earth,
omogućavaju ljudima da idu bilo gdje,
without any problem.
the manipulator, the clicker,
I can move around in the world
of my arms and my hands
almost anything.
with over 1,000 people in it,
nalazi više od 1000 ljudi
can see every one of you --
omogućuje mi da vas sve vidim...
is really important for robots
veoma je važna za robote
a little status report
toward these ends.
dynamically stabilized robots.
mogućnost održavanja ravnoteže.
a little over 10 years ago --
(VelikiPas)
that helps stabilize it.
kojeg održava ravnotežu.
that's running with a galloping gait,
stabilized and propelled.
locomotion using its legs,
that came out onstage.
kojeg ste vidjeli na pozornici.
to your houses with drones?
pakete na kućnu adresu?
legged-robot delivery?
nožnom robotskom dostavom?
to our employees' homes
u domove naših zaposlenika
of stairway twists and turns.
pravi izazov.
about 70 percent of the way.
pokretljivošću
about making autonomous robots
pri izradi samostalnih robota
just exactly what you say,
izvršavati zapovijedi,
of what happens in the real world.
nepredviđenim situacijama.
one of the engineers,
still tolerates all that disturbance --
where Eric is tugging on the robot
gdje Eric vuče robota
in those circumstances
treba u tim okolnostima
that's going to generalize
than they would be otherwise.
that we've been building.
treće generacije na kojem radimo.
about the hardware design later.
i sljedeće:
of performance and speed could we get
približiti ljudskoj brzini
of the speed that a human operates
it's using its body,
koristi svoje tijelo,
of dynamic stability,
the way it's supposed to.
called "Handle."
because it's sort of half like an animal,
in kind of a funny way,
more than that,
rough-terrain capability,
kretati po neravnom terenu,
a little bit of robot religion.
malo robotske religije.
is a machine where there's a computer
uređaj kojem računalo
through its sensors.
that the computer is on one side,
are the physics of the world.
friction, bouncing into things.
trenje i odbijanje od predmeta.
a holistic design,
holistički pristup,
the hardware and the behavior
hardver i ponašanje,
and cooperate with each other.
i surađuju jedan s drugim.
you get a real harmony
postigli ste pravi sklad
interacting with each other.
koji zajedno surađuju.
softvera, pola hardvera
on the hardware, where we tried to go --
is a conventional design,
that are all bolted together,
is a more integrated thing;
an anatomy drawing.
kao anatomski crtež.
moći 3-D printanja,
like the anatomy of an animal.
dio životinjske anatomije.
that has hydraulic pathways --
koji ima hidraulične poveznice --
svi isprintani kao jedan dio,
napravljena je s obzirom
and behavior are going to be,
recorded from robots
pomoću podataka iz robota,
koji se temelji na podacima.
but some other things,
behemoth, bulky, slow, bad robots --
ogromni, nespretni, spori, zli roboti -
weighing almost 400 pounds --
skoro 180 kg -
which was just in the video,
kojeg smo vidjeli na snimci,
going to show it to you yet,
strength and capabilities.
better very quickly.
velikom brzinom poboljšava.
a little bit of mobility,
who's my robot wrangler today,
će biti moj robotski kauboj,
some general direction
of the legs and the sensors
with a number of different gaits;
and things like that.
about a legged robot is,
kod hodajućeg robota je ta
it can go sideways,
može hodati sa strane i
is a little bit of a show-off.
it would be hopping on one foot,
skakao bi na jednoj nozi,
here, stereo cameras,
kamera ovdje, stereo kamera
in order to look at the terrain
da pregleda teren
these obstacles back here.
all its own terrain planning.
is being developed in real time,
odmah obrađuju,
which are where it doesn't want to step,
koje označavaju gdje ne želi ići
pokazuju dobra mjesta.
them like stepping-stones.
kao prema stepenicama.
an operation like that,
that planning in real time,
a little bit longer
into a different mode,
u drugačiji način
the blocks like terrain
along with how it's moving.
i način na koji će se kretati.
je robotska ruka.
as a head and a neck,
izgleda kao glava i vrat,
and the body is following.
a tijelo je slijedi.
in the way I was talking about before --
su onako kako sam prije opisao --
Spot can do we call, "chicken-head mode,"
može izvesti zovemo "pileća glava",
in one place in space,
that's called "twerking" --
se zove "twerking" -
Could you get me a soda?
Možeš mi donijeti sok?
Seth is not doing any driving.
robota je optički radar
we've put on the stage
stavili na pozornicu
going off the path --
to take over control again,
about having it do this by itself.
your TED performance?
svoje TED predstave?
come back in the middle.
and the package delivery.
i dostavu paketa.
that you see for your robots?
I think that robots
I've been talking about
into some of the dirty places
we have robots like this in our homes,
takve robote imati u svojim domovima
is to take care of the aging
till we're using robots
have our children help take care of us.
djeca pomogla nama.
we haven't thought of yet,
think of new applications.
a big funder of robotics.
naveliko financira robotiku.
is the dark side myself,
nije loša strana, ali
advanced technology,
napredna tehnologija,
ABOUT THE SPEAKER
Marc Raibert - RoboticistMarc Raibert is the founder and CEO of robot maker Boston Dynamics.
Why you should listen
Working with his team at Boston Dynamics, Marc Raibert builds some of the world's most advanced robots, such as BigDog, Atlas, Spot and Handle. These robots are inspired by the remarkable ability of animals to move with agility, dexterity, perception and intelligence. A key ingredient of these robots is their dynamic behavior, which contributes to their lifelike qualities and their effectiveness in the real world.
Raibert founded Boston Dynamics as a spinoff from MIT, where he ran the Leg Laboratory, which helped establish the scientific basis for highly dynamic robots. He was a professor of EE&CS at MIT and before that associate professor of CS & Robotics at Carnegie Mellon University. Raibert is a member of the National Academy of Engineering.
Marc Raibert | Speaker | TED.com