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AI UX | Empower People to Achieve Unique Goals | Intel Software - Duration: 3:02.This is AI:UX, a mini series focused on 10 guidelines that
were created for all those that are involved in the design
and development of AI based systems.
I am Daria Loi.
And today, I talk about guideline number seven.
Make people feel unique.
And empower them to achieve their unique goals.
Part of human nature is the need to feel special
and to be acknowledged as an individual.
During many interviews, people describe their need
to feel unique throughout their technological interactions.
Feeling too predictable makes them feel uncomfortable.
Not only do people want to feel unique
when they interact with AI, but they
want AI to empower them to achieve their goals,
especially if those goals seems out
of reach too burdensome or complex.
My research shows that AI usages that make
people feel connected with each other
as well as cared for make them feel acknowledged, unique,
stronger, and empowered to achieve personal goals that
are meaningful to them.
It is well known in literature that social connectedness has
a positive impact on people's wellness
and ability to proactively engage
with the world around them.
Knowing that what you need, want, and do matters,
and makes a difference.
Aligned with that, AI systems that focus on companionship,
social connectedness, and mediated social interactions
all offer great design and development opportunities.
This means focusing on applications that connect
instead of isolating its users.
It means offering systems that focus
on those that have less access to social connectedness.
Imagine the opportunities of designing smart home systems
to provide social connectedness to senior citizens.
It also means developing services and systems
that focus on true personalizations,
catering to the specific needs of a specific individuals,
versus offering one size fits all solutions that
were designed for a typology of users instead of a real person.
Imagine designing applications that leverage voice
based systems to offer companionship
to those that, due to reduced mobility,
have less opportunities to directly interact
with the world around them.
Imagine services leveraging audiovisual equipment
to enable someone to have enriched
social interactions, despite physical or economical
limitations.
Imagine an intelligent system that
remembers what you want to achieve,
and that contextually prompts and encourages you,
suggesting the best way forward, given time, situations,
and even the emotional state you're in.
Thanks for watching.
Don't forget to like this video and subscribe.
I will see you next week on Tuesday for more AI:UX.
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Intel® AI Interplanetary Challenge Week 2 | AI & Asteroid Detection | Intel Software - Duration: 3:09.Hello, fellow space and science fans.
I'm Bill Nye, CEO of the Planetary Society.
And I'm Robert Picardo.
I'm not a doctor or AI, but I've played both on TV.
So Robert, let's talk about asteroids.
Bill, I thought you'd never ask.
Our solar system is full of stuff.
It's not just planets and moons, but there's rocks, dust,
asteroids, and comets.
Yes, there are tons of these objects in our solar system.
But space is vast and it is highly unlikely,
on any given day, that a large object would strike earth.
But it is possible, and it has happened in the past.
Oh, yes.
So small objects hit the earth all the time,
and they just burn up in our atmosphere.
It's beautiful.
In fact, you may have made a wish on one
some time in the past.
But you probably wouldn't want to make
a wish on one of the big ones.
Well, you know, I wish that wasn't about to hit us.
That might have been what the ancient dinosaurs were
thinking.
I mean, it's hard to say for sure.
But I do know that another large collision in the near future
is unlikely.
But it's hardly impossible.
That is why space agencies around the world
keep an eye out for asteroids that come near our planet.
If an asteroid is on a collision course with us,
these agencies can try to nudge the asteroid off its course
with a variety of different methods.
Or shatter it with big space explosions.
Or they could even send a robotic probe
to tractor it off course.
Number one, engage tractor beam.
I'm kind of good at that.
You might be wondering, what does
all this have to do with artificial intelligence?
We humans can train machines not to replace the scientists,
but to help them go through the mountains of data
coming in from all of our observations.
Machine learning can help scientists flag potentially
hazardous asteroids, making the process of identifying
and categorizing these objects far more accurate and far less
expensive.
AI and machine learning will help our planetary defenders
be more efficient and accurate.
I love it.
So if you want to learn more about AI in space,
the Planetary Society always has exciting projects in the works.
Take it from me.
And the Intel AI Academy is where
you can find learning materials, get access to compute space,
and connect with a community of AI students and experts.
That's it for now.
Come back next week.
And until next time, keep looking up.
Especially if you're an asteroid hunter.
Do you see anything, Bill?
I don't know, but keep looking.
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