1. AUTAMATA
Group Presentation

2. HCI (human-computer interaction) is the study of how people
interact with computers and to what extent computers are or are not
developed for successful interaction with human beings. A significant
number of major corporations and academic institutions now study
HCI.
What is HCI?

3. What is HCI?
Human
Computer
Interaction
Computer system or
devices
User
The way of
interaction
• The ways humans interact with computers
• And the design of technologies that lets the
interactions human with computer going
smoothly.

4. UI
• UI is the interaction between user and computer,
how you use the computer and how it response of
your usage.
• Example: When you use OS as windows in your
computer this process or software called UI
Differences Between User
Interfaces (UI) and HCI

5. HCI
• HCI is how you designed the computer to react
with user, its involved in the interaction link
between user and computer.
• Example: When you writer OS with software
language as C++, Java or others you are creating
the OS as windows this software called Human
computer interaction.
Differences Between User
Interfaces (UI) and HCI

6. IMPORTANCE of HCI
HCI is extremely important when
designing clear intuitive systems
which will be usable for people with
a varied range of abilities and
expertise, and who have not
completed any formal training.

7. IMPORTANCE of HCI
HCI takes advantage of our
everyday knowledge of the world
to make software and devices
more understandable and usable
for everyone.
E.g: graphic of a miniature folder
in a computer’s interface helps
the user understand the purpose
of the folder

8. IMPORTANCE of HCI
Daily Life
ASPECTS Business and
Industry
Accessibility
Software
Success
Untrained
Users
5
ASPECTS

9. Regardless if an
interface is for an ATM
or a desktop computer,
HCI principles should
be consulted and
considered to ensure
the creation of a safe,
usable, and efficient
interface.
GoodExample
E.g:
ATM machines, train
ticket vending
machines, and hot
drinks dispensing
machines
Computer
Even if a person does
not directly own or use
a computer, their life is
affected in some way
by computing
DAILY LIFE

10. HCI is especially
important in the
design of safety critical
systems, such as, for
example, those found
in power plants, or air
traffic control centers.
Design errors in these
situations can have
serious results,
possibly resulting in
the death of many
people.
Well designed usable
systems ensure that
staff are not frustrated
during their work and
as a result are more
content and
productive.
Productive
Life
Business &
Industries

11. ACCESSIBILITY
Universal
Any system properly
designed with HCI
user-centered
techniques and
principles will also be
maximally accessible
to those with
disabilities.
Efficient
The core philosophy of
HCI is to provide safe,
usable, and efficient
systems to everyone,
and this includes those
with different sets of
abilities and different
ranges of expertise and
knowledge.
Accessible
HCI is a key
consideration when
designing systems that
are not only usable,
but also accessible to
people with
disabilities.

12. SOFTWARE
SUCCESS
Sales
If a software product is
unusable and causes
frustration, no person
will use the program
by choice, and as a
result sales will be
negatively affected.
Software
Good use of HCI
principles and
techniques is not only
important for the end
user, but also is a very
high priority for
software development
companies.

13. UNTRAINED
USER
Sales
If a software product is
unusable and causes
frustration, no person
will use the program
by choice, and as a
result sales will be
negatively affected.
Software
Good use of HCI
principles and
techniques is not only
important for the end
user, but also is a very
high priority for
software development
companies.

14. Human Computer
Interaction - Past, Present,
Future

15. Past HCI 1941 - 1999
Characteristic HCI in the Past
 The programs be write only for specific function.
 Not much usage of graphic
 Very large and heavy computer
 High learning curve (very difficult to learn it)
 The interface sometimes can get confuse

16. Eniac - 1943
 One of the earliest computer
 incredibly large machines whose
operation required the
complicated manipulation of
switches, lights and plugs
 The user were only engineers
and highly trained professional
 It can add , subtract and hold up
to ten-digit decimal in memory.

17. Mouse - 1964
 It be created by Doug Engelbart in
his lab at Stanford Research
Institute
 "It was nicknamed the mouse
because the tail came out the end
 A mouse typically controls the
motion of a pointer in two
dimensions in a graphical user
interface (GUI)

18. • Characteristic of HCI in the Present :
 Focus on user
 OS Development
 New technologies such as touch screen, motion
capture, argument reality, virtual reality and multi-
touch
Present HCI 2000 - 2015

19. iPhone - 2007
 multi-touch touchscreen to
interact with a computer in a way
in which he could type directly
onto the display
 It also have A proximity sensor is
a sensor able to detect the
presence of nearby objects
without any physical contact.
 has full iTunes integration and
can seamlessly sync data with a
Mac, PC, or Internet service,
including music and videos from
iTunes, contacts, calendars,
photos, notes, bookmarks and e-
mail accounts.

20. Oculus Rift - 2013
 Virtual Reality (VR), which can be
referred to as immersive multimedia or
computer-simulated life
 Virtual reality artificially creates sensory
experiences, which can include sight,
hearing, touch, smell, and taste

21. • Characteristic of HCI in the Future
More faster, precise and accurate compare to
our current HCI
Multi technologies on one gadget (more
Utility)
Minimal learning curve (more easier to learn)
High Mobility
Have much more interesting interface
FutureHCI2015-????

22. A hologram is a photographic
recording of a light field, rather than
of an image formed by a lens, and it
is used to display a fully three-
dimensional image of the
holographed subject
HoloGraphic Technology

23. Future Gadget – Multifunction Handphone
 A phone can do
multi tasking for
us and provide
much more utility
 Have very high
flexibility – such as
user can snap
apart their phone
to turn into curve
or very flat screen.

24. VIDEO

25. THANK YOU