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Produced by and for Hot Science - Cool Talks by the Environmental Science Institute. We request that the use of these materials include an acknowledgement of the presenter and Hot Science - Cool Talks by the Environmental Science Institute at UT Austin. We hope you find these materials educational and enjoyable. Dr. Luis Sentis December 4, 2015 Humanoids of Our Future # 99
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Humanoids of Our Future - Environmental ScienceHumanoids of Our Future # 99 Why do we build humanoid robots? Assessment of Disruptive Technologies by 2025 (Global Trends) According

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Page 1: Humanoids of Our Future - Environmental ScienceHumanoids of Our Future # 99 Why do we build humanoid robots? Assessment of Disruptive Technologies by 2025 (Global Trends) According

Produced by and for Hot Science - Cool Talks by the Environmental Science Institute. We request that

the use of these materials include an acknowledgement of the presenter and Hot Science - Cool Talks

by the Environmental Science Institute at UT Austin. We hope you find these materials educational

and enjoyable.

Dr. Luis Sentis

December 4, 2015

Humanoids of Our Future

# 99

Page 2: Humanoids of Our Future - Environmental ScienceHumanoids of Our Future # 99 Why do we build humanoid robots? Assessment of Disruptive Technologies by 2025 (Global Trends) According
Page 3: Humanoids of Our Future - Environmental ScienceHumanoids of Our Future # 99 Why do we build humanoid robots? Assessment of Disruptive Technologies by 2025 (Global Trends) According

Why do we build humanoid robots?

Page 4: Humanoids of Our Future - Environmental ScienceHumanoids of Our Future # 99 Why do we build humanoid robots? Assessment of Disruptive Technologies by 2025 (Global Trends) According

Assessment of Disruptive Technologies by 2025

(Global Trends)

According to the National Intelligence Council, six civil

technologies offer the potential to enhance or degrade US

power over the next fifteen years:

Biogerontechnology

Energy Storage Materials

Biofuels & Bio-Based Chemicals

Clean Coal Technologies

Service Robotics

The Internet of Things

Page 5: Humanoids of Our Future - Environmental ScienceHumanoids of Our Future # 99 Why do we build humanoid robots? Assessment of Disruptive Technologies by 2025 (Global Trends) According

Biogerontechnology and Assistive Technologies

(source: Fatronik 2007)

Age %disabled

60 13%

70 22%

80 42%

90 65%

Page 6: Humanoids of Our Future - Environmental ScienceHumanoids of Our Future # 99 Why do we build humanoid robots? Assessment of Disruptive Technologies by 2025 (Global Trends) According

What can humanoid robots do?How do robots interact with humans?

Human Centered Robotics:

The study of machines and

robotic systems…

… with high mobility to assist,

augment, or represent

humans…

… in any way that will

increase social comfort,

productivity, security and

health.

Blue Sky Studios Movie Robots

Page 7: Humanoids of Our Future - Environmental ScienceHumanoids of Our Future # 99 Why do we build humanoid robots? Assessment of Disruptive Technologies by 2025 (Global Trends) According

Home Assistance Robots

Concept art 2009

by Luis Sentis

Page 8: Humanoids of Our Future - Environmental ScienceHumanoids of Our Future # 99 Why do we build humanoid robots? Assessment of Disruptive Technologies by 2025 (Global Trends) According

Home Assistance Robots

Page 9: Humanoids of Our Future - Environmental ScienceHumanoids of Our Future # 99 Why do we build humanoid robots? Assessment of Disruptive Technologies by 2025 (Global Trends) According

Legged Robots in the Wild

Concept art 2010

by The Human Centered Robotics Lab and ZPGraphic

Page 10: Humanoids of Our Future - Environmental ScienceHumanoids of Our Future # 99 Why do we build humanoid robots? Assessment of Disruptive Technologies by 2025 (Global Trends) According

Rough Terrain Manipulation Systems

Concept art 2012 Vecna, Inc. 2011

Page 11: Humanoids of Our Future - Environmental ScienceHumanoids of Our Future # 99 Why do we build humanoid robots? Assessment of Disruptive Technologies by 2025 (Global Trends) According

Human-Robot Interaction with the

Navy and NASA

Concept art 2014

by The Human Centered Robotics Lab and ZPGraphic

NASA: Martian operationsNavy: Vessel firefighting

Page 12: Humanoids of Our Future - Environmental ScienceHumanoids of Our Future # 99 Why do we build humanoid robots? Assessment of Disruptive Technologies by 2025 (Global Trends) According

Robots Safely Colliding with Humans

Concept art 2015

by The Human Centered Robotics Lab and ZPGraphic

Page 13: Humanoids of Our Future - Environmental ScienceHumanoids of Our Future # 99 Why do we build humanoid robots? Assessment of Disruptive Technologies by 2025 (Global Trends) According

How do robots mimic humans?(Or, why you should do

your math homework.)

Page 14: Humanoids of Our Future - Environmental ScienceHumanoids of Our Future # 99 Why do we build humanoid robots? Assessment of Disruptive Technologies by 2025 (Global Trends) According

Division 341 –

Cognitive Science &

Human Robot

Interaction Program

Concept art

Page 15: Humanoids of Our Future - Environmental ScienceHumanoids of Our Future # 99 Why do we build humanoid robots? Assessment of Disruptive Technologies by 2025 (Global Trends) According

Legged Mobility: What’s missing?

● We lack a basic understanding of general

agility.

● We lack a hardware platform to experiment on

general agile behaviors.

● We lack realtime plug and play software for

humanoid robots.

(There’s no “apps” for this.)

Page 16: Humanoids of Our Future - Environmental ScienceHumanoids of Our Future # 99 Why do we build humanoid robots? Assessment of Disruptive Technologies by 2025 (Global Trends) According

Scientific Frontiers on Agility

Page 17: Humanoids of Our Future - Environmental ScienceHumanoids of Our Future # 99 Why do we build humanoid robots? Assessment of Disruptive Technologies by 2025 (Global Trends) According

Research Biped Robot

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Human Motion Analysis using

Inverted Pendulum Dynamics

Page 19: Humanoids of Our Future - Environmental ScienceHumanoids of Our Future # 99 Why do we build humanoid robots? Assessment of Disruptive Technologies by 2025 (Global Trends) According

(Cont’d)

PIPM Model

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PIPM Model

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Foot Placement Planner

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Where is the robot, seriously?

Inertial Measurement Unit

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Motion Capture (Cool!)

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Complexity of primate motion

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Page 26: Humanoids of Our Future - Environmental ScienceHumanoids of Our Future # 99 Why do we build humanoid robots? Assessment of Disruptive Technologies by 2025 (Global Trends) According

Some Dreams… for the aging

population and the young impaired

Page 27: Humanoids of Our Future - Environmental ScienceHumanoids of Our Future # 99 Why do we build humanoid robots? Assessment of Disruptive Technologies by 2025 (Global Trends) According

Honda

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Ekso Bionics

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What will humanoid robots

in the future be like?

Page 30: Humanoids of Our Future - Environmental ScienceHumanoids of Our Future # 99 Why do we build humanoid robots? Assessment of Disruptive Technologies by 2025 (Global Trends) According

National Robotics Initiative

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Mobile robots for manufacturing

Page 32: Humanoids of Our Future - Environmental ScienceHumanoids of Our Future # 99 Why do we build humanoid robots? Assessment of Disruptive Technologies by 2025 (Global Trends) According

Twists and Turns: Planetary

Exploration for NASA

Page 33: Humanoids of Our Future - Environmental ScienceHumanoids of Our Future # 99 Why do we build humanoid robots? Assessment of Disruptive Technologies by 2025 (Global Trends) According

Key Problems

• How will robots interact with humans?

• How do we tell humanoid robots what to do?

• Will robots be able to do things as quickly as

humans can?

• Will robots injure humans?

Page 34: Humanoids of Our Future - Environmental ScienceHumanoids of Our Future # 99 Why do we build humanoid robots? Assessment of Disruptive Technologies by 2025 (Global Trends) According

Dreamer’s origins and the UT

Human Centered Robotics Lab

Page 35: Humanoids of Our Future - Environmental ScienceHumanoids of Our Future # 99 Why do we build humanoid robots? Assessment of Disruptive Technologies by 2025 (Global Trends) According

Human-Robot Interaction at the core

[RSS 2012 Finalist Best Paper Award]

[Autonomous Robots 2013]

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How does Dreamer move and interact

with humans?

Page 37: Humanoids of Our Future - Environmental ScienceHumanoids of Our Future # 99 Why do we build humanoid robots? Assessment of Disruptive Technologies by 2025 (Global Trends) According

Experiments: Can robots collide

safely with humans?

Page 38: Humanoids of Our Future - Environmental ScienceHumanoids of Our Future # 99 Why do we build humanoid robots? Assessment of Disruptive Technologies by 2025 (Global Trends) According

Meanwhile, DARPA’s Robotics

Challenge Came In

Page 39: Humanoids of Our Future - Environmental ScienceHumanoids of Our Future # 99 Why do we build humanoid robots? Assessment of Disruptive Technologies by 2025 (Global Trends) According

Meanwhile, DARPA’s Robotics

Challenge came in…

Robotics could have helped keep the situation

from spiraling out of control.

Page 40: Humanoids of Our Future - Environmental ScienceHumanoids of Our Future # 99 Why do we build humanoid robots? Assessment of Disruptive Technologies by 2025 (Global Trends) According

Our lab teamed up with NASA on

Building Valkyrie

Page 41: Humanoids of Our Future - Environmental ScienceHumanoids of Our Future # 99 Why do we build humanoid robots? Assessment of Disruptive Technologies by 2025 (Global Trends) According

Valkyrie can mimic humans

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Locked in the Apollo Lander Room

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Students Developed Mechanics

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Mechanics for Valkyrie

Page 45: Humanoids of Our Future - Environmental ScienceHumanoids of Our Future # 99 Why do we build humanoid robots? Assessment of Disruptive Technologies by 2025 (Global Trends) According

… and went to places

IHMC Rehabilitation System

Page 46: Humanoids of Our Future - Environmental ScienceHumanoids of Our Future # 99 Why do we build humanoid robots? Assessment of Disruptive Technologies by 2025 (Global Trends) According

… that

taught us

real-world

needs

IHMC/NASA X2 Mina Exo

Page 47: Humanoids of Our Future - Environmental ScienceHumanoids of Our Future # 99 Why do we build humanoid robots? Assessment of Disruptive Technologies by 2025 (Global Trends) According

We made our dreams true at NASA

Page 48: Humanoids of Our Future - Environmental ScienceHumanoids of Our Future # 99 Why do we build humanoid robots? Assessment of Disruptive Technologies by 2025 (Global Trends) According

We felt like controlling Mars robots

Page 49: Humanoids of Our Future - Environmental ScienceHumanoids of Our Future # 99 Why do we build humanoid robots? Assessment of Disruptive Technologies by 2025 (Global Trends) According

We felt like controlling Mars robots

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Valkyrie is a success today!

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One very successful robot –

Now at Google

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Innovation in Human-Centered Robots

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THe EnD

Page 55: Humanoids of Our Future - Environmental ScienceHumanoids of Our Future # 99 Why do we build humanoid robots? Assessment of Disruptive Technologies by 2025 (Global Trends) According

Dr. Luis Sentis

Dr. Luis Sentis is the director of the UT Human

Centered Robotics Lab. He has worked on several

humanoid robots, and is the creator of the

robot Dreamer, which appeared in the movie

Transformers Age of Extinction with Mark Walhberg.

Dr. Sentis is an Assistant Professor in the Department

of Mechanical Engineering at the University of Texas

at Austin since 2010.