Kranzberg's 6 Laws of Technology; Ogburns Law of Lag; Amara's Law; Kaku Caveman Law; Asimov's Laws of Robotics; discusses the 12 disruptive technologies, mobile internet, cloud technology, genomics, advanced materials, automation of knowledge work, advanced robotics, autonomous vehicles, 3D printing, renewable energy

1. ARTIFICIAL INTELLIGENCE
Juan Martin Guasch

8. All works with
routine
functions will
be automated!

9. All works with
routine function
will be
automated, and
will be
robotized!

11. TOP 20 MOVIES ABOUT AI and BIG DATA
(1) Blade Runner (1992) (11) Ex Machina
(2) Westworld (1973) (12) Chappie
(3) 2001: Space Odyssey (13) I, Robot
(4) Moon (2009) (14) Interstellar
(5) The Matrix (1999) (15) Her
(6) Star Wars (1997) (16) Moneyball
(7) Star Trek: Generations (1994) (17) Margin Call
(8) The Terminator (1984) (18) Minority Report
(9) Robocop (1987) (19) The Imitation Game
(10) Wall-E (20) A Beautiful Mind
(11) AI (21) 21

14. Some of us might be thinking of these robots

18. (1) Mobile Internet
• The internet as
accessed by means of
a smartphone or
other mobile device;
audio and visual
matter more than
ever now, especially
as more of the world
gains access to stable
high-speed mobile
internet.

19. G =
GPRS
General Packet Radio
Service
E = EDGE Enhanced Data Rates
for GSM
H =
HSPA
High Speed Packet
Access
HSDPA High-Speed Downlink
Packet Access
WCDMA Wide-band Code-
Division Multiple
Access

20. (2) Cloud Technology
Types of Cloud Computing

22. (3) Next-Gen
Genomics
Application of NGS Technology In Pharmaceutics
A genome is an
organism’s
complete set of
genetic
instructions

23. (4) Advanced Materials
Any new or
significantly
improved material
that provides a
distinct advantage in
(physical or
functional)
performance when
compared to
conventional
materials

24. (5)
Automation
of
Knowledge
Work
The use of
computers to
perform tasks that
rely on complex
analyses, subtle
judgments, and
creative problem
solving

25. (6) Advanced Robotics
• Sony Aibo
• Honda Asimo
• Toyota THR3
• Boston Dynamics Spot
• Samsung Bot Retail
• Houston Mechatronics
Aquanaut
• Osaka University CB2
• Hanson Robotics Sophia

26. (7) Energy
Storage
Energy storage is
defined as the
conversion of
electrical energy
from a power
network into a form
in which it can be
stored until
converted back to
electrical energy.
Thermal energy technologies

27. (8) Advanced Oil & Gas Exploration & Recovery
Exploration and
production is the early
stage of
energy production,
which includes
searching and
extracting oil and
natural gas. ... The oil
and gas deposits are
extracted from the
wells, stored
temporarily, and
eventually shipped via a
pipeline to a refinery.

28. (9) Internet of Things (IoT)
The Internet of
Things (IoT) refers to
a system of
interrelated,
internet-connected
objects that are able
to collect and
transfer data over a
wireless network
without human
intervention

29. (10) Autonomous Vehicles
An
autonomous
car is a
vehicle
capable of
sensing its
environment
and operating
without
human
involvement.

30. (11) 3D Printing

31. (12)
Renewable
Energy
• The most popular
renewable energy
sources currently
are:
• Solar energy
• Wind energy
• Hydro energy
• Tidal energy
• Geothermal energy
• Biomass energy

32. AI vs ROBOTICS
AI ROBOTICS
Intelligence demonstrated by machines,
similar to the natural intelligence
displayed by humans
A branch of engineering that involves
the conception, design, manufacture
and operation of robots
AI is the bridge between human
intelligence and machine
Robotics use AI to improve the
functionalities of the robot
Applications of AI are Google’s
DeepMind; Apple’s Siri and Spotify
Robotics is used in applications of
medical surgeries, laboratory research
and manufacturing

33. AI vs ROBOTICS
AI ROBOTICS
AI is the science and engineering of making intelligent
machines, especially intelligent computer programs
Is a technology that deals with the design and
implementation of robots
AI is a sub section of computer science that deals with the
developments of programs that perform actions similar to
human intelligence
Robots are programmable machines that can perform actions
independently or semi-autonomously
AI is to create expert systems that can act as aid to humans,
and to enable machines to function with human like
intelligence
Receives commands or actuate on its own using inbuilt
memory
Main functional areas of AI: (1) expert systems – to process
the digital world efficiently; (2) natural language processing –
for social skills and aid; (3) robotics p to create advanced,
artificially intelligent, human-like robots; (4) fuzzy logic
systems – for observation and implementation, consumer aid,
logical reasoning
Functionalities: (1) robots have mechanical structure and
design to complete tasks; (2) robots have electrical parts to
power and control various actuations (3) robots have minor
computer programs integrated which ensures proper
functionality
Major applications: gaming, basic language processing, aid
systems, vision systems, speech recognition, handwriting
recognition
Major applications: industries, military, medicine, space or
underwater exploration, entertainment

34. 10 ARITIFICIAL INTELLIGENCE ROBOTS
STARSHIP DELIVERY
PEPPER HUMANOID
PENNY
RESTAURANT
NIMBO SECURITY

35. 10
ARITIFICIAL
INTELLIGENCE
ROBOTS
SHADOW
DEXTOROUS
HAND MOLEY ROBOTIC KITCHEN SYSTEM
FLIPPY ROBOTIC KITCHEN
ASSITANT

36. 10 ARITIFICIAL INTELLIGENCE ROBOTS
NOMAGIC PICK-AND-PLACE ROBOT
CONSTRUCTION SITE
MONITORING ROBOTS BY
SCALED ROBOTICS
PROMOBOT

37. MYTHS about ROBOTS
(1) Robots are a modern invention
400BCE a wooden pigeon capable of flight
Petronius Arbiter build a doll that moved like a person
1495 Leonardo da Vinci mechanical night
1557 Giovanni Torriani wooden bot
(2) The majority of robots assemble cars
Diverse environment: hospitals, labs, energy plants,
manufacturing
(3) Robots are expensive
There are cheap robots
(4) Robots will lead to mass unemployment
It will also lead new jobs and job creation

38. MYTHS about ROBOTS
(5) Only professionals can build robots
there plenty of robot building kits are available online
(6) All robots are humanoid
robots are defined as machines that do the work of humans, but a
humanoid form isn’t always the best design for the task at
hand (ex. Bipedal locomotion)
(7) Robots are smarter than humans
the ability to learn from our experiences, recognize patterns and
respond to unfamiliar situations are other necessary measures of
intelligence, and robots haven’t caught up to us on those categories

39. MYTHS about ROBOTS
(8) Robots are dangerous
robots are already assisting in surgeries, detonating landmines,
embarking on search-and-rescue missions; and nanorobots that
could be used to fight disease within our bodies
(9) Robots have feelings
robots lack self-awareness and a nervous system, these gut
instincts are 100 percent false
(10) Breakthroughs in robotics are made by lone geniuses
large team collaborating over long periods of time
(11) Artificial intelligence is a far-off dream
of all the known AIs none of these cases approach human-level
cognition

40. MYTHS about AI
Myth #1 Artificial Intelligence will replace all jobs
Myth #2 Artificial Intelligence will outpace human intelligence
Myth #3 AI will lead to destruction and enslavement
Myth #4 You need data scientists and machine learning experts to use
artificial intelligence
Myth #5 AI technologies can understand and solve any new problems
like the human brain does
Myth #6 True Artificial Intelligence exist

41. Thank you Brilliant!
Thank you Lido de Paris Hotel!
Thank you AHToMP!
Thank you students and faculty for your time!

42. Activities
• In the movie Wall-E, what is the meaning of EVE?
• What is the difference between AI and a Robot?
• Using pictures, explain the Laws of Asimov on Robotics.
• How does a Biomass Energy works?
• Using your cellphone, in a minute and a half, describe the concept of
the Internet of Things (videorecorded)

43. REFERENCES
• https://www.dataversity.net/five-myths-about-artificial-intelligence/
• https://www.swoknews.com/opinion/wannabe-wired-true-artificial-
intelligence-doesnt-exist-yet/article_06ab1f0b-165d-553a-9f1f-
582541dbf774.html
• https://en.unesco.org/courier/2018-3/artificial-intelligence-between-
myth-and-reality

44. REFERENCES
• https://www.dataversity.net/five-myths-about-artificial-intelligence/
• https://www.skyfilabs.com/blog/difference-between-robotics-and-
artificial-intelligence
• https://www.intellspot.com/artificial-intelligence-robots/
• https://www.mentalfloss.com/article/90282/11-common-
misconceptions-about-robots

45. REFERENCES
• https://en.wikipedia.org/wiki/A.I._Artificial_Intelligence
• https://towardsdatascience.com/top-20-movies-about-machine-
learning-ai-and-data-science-8382d408c8c3
• https://en.wikipedia.org/wiki/List_of_artificial_intelligence_films
• https://www.youtube.com/watch?v=8dfUbRDSeOI
• https://www.youtube.com/watch?v=i1ja9VlZZmM

46. • https://www.pega.com/system/files/resources/2019-11/pega-ai-
empathy-study.pdf?_rid=YToxOntzOjM6Im5pZCI7czo1OiI3NTIzNiI7fQ-
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&utm_source=google&utm_content=pcrid|482183887891|pkw|kwd
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20061192138|pmt|b|pdv|c|&utm_medium=cpc&WorkEmail=jrguas
ch@aims.edu.ph