48. Intro
On my way to work, I saw an interesting
ad for a concert.
Snapped a picture of it to remind myself,
which I forgot (obviously).
Got a rude reminder of the event when I
saw pictures of that concert the day
after on Facebook :(
What a bummer!
Extending your
default photo cloud
to turn photos into
calendar events,
naturally expanding
current user
behaviours.
OURVISION
49. The hack
Take a picture Sync
External
Cloud
Is an
actionable
photo?
No
Yes
Add to
calendar
Tesseract
Scan
Process to
text
Identify key
elements
50. Take a picture of a poster "Friday Jazz in Southbank Centre at 5:30 on June 10th" and the
event will be created on your calendar with the correct date and time.
Unique Selling Point
It is in your default camera app already,
not another icon on your desktop!
It runs automatically in the background.
Create powerful connections from images to reminders / alerts.
Other services
Default camera app on your phone
Google Calendar
Google Now
IFTTT
51. Social layer
Privacy, spurious events/alerts
Business layer
Analytics dashboard (with location data
it tells you which poster gets the most
exposure) Attendance forecasting
Next steps
Eventual.ly is a glue - IFTTT for events.
Eventual.ly is a framework for
event managers and developers.
Ultimate goalToday
“Eventually is an automated
solution for users, extracting
information from images”
Next steps
Future
60. MAIN
REQUEST
This request considered a few distinctive elements related
with the
INPUT CODE
send
Security of the process
Elements of the user
experience
Avoid collisions
62. Combinations
Condition Characters Example Composition Combinations
Digits 9 characters 874 325 023 Digits from 0 - 9 1,000,000,000
Words
3 words of three
letters
pin win dog 800 English words 512,000,000
Alphanumeric 5 characters Rt 4Ka
Letters from A-Z
(Uppercase and
lowercase) Minus
IOL,iol) + Digits
550,731,776
66. Mean entry time for each condition by device
Timeinmilliseconds
80.0
107.5
135.0
162.5
190.0
Digits Alphanumeric Words
Laptop Smatphone
ENTRY
SPEED
The entry time in both devices
(smartphone and laptop) was the fastest
when using the words-condition.
Users are more efficient when typing
elements that they know or are somehow
familiar with (Salthouse, 1986).
Using one kind of character will improve the
memorability of the users, creating a more
efficient experience (Schraagen & van
Dongen, 2005)
EFFICIENCY
67. ERROR
RATE
Mean error rate for each condition by device
Errorpercentage
1.00
1.75
2.50
3.25
4.00
Digits Alphanumeric Words
Laptop Smatphone
Regarding the efficacy, the experiment
observed that the error rate between
conditions and devices was not significant
in statistical terms.
EFFICACY
According to Gallagher & Byrne’s model
(2007), the alphanumeric-condition would
present the largest amount of errors, due to the
added complexity of changing between
screens
It is possible to conclude that the use of mixed
characters (lowercase with uppercase or digits)
will impact not only in the time, but also in the
amount of errors of the users.
68. TLX
WORKLOAD
Digits on Laptop
Alphanum. on Laptop
Words on Laptop
Digits on Smartphone
Alphanum on Smartphone
Words on Smartphone
0.0 300.0 600.0 900.0 1200.0
Frustration Effort Performance
Mental Physical Temporal
69. TLX
WORKLOAD
NASA TLX frustration scores by condition
Frustrationscale
score
0.0
50.0
100.0
150.0
200.0
Digits Alphanumeric Words
Laptop Smartphone
NASA TLX Effort scores by condition
Effortscalescore
0.00
55.00
110.00
165.00
220.00
Digits Alphanumeric Words
Observing the global results of the data
from the TLX, there is a consistent
perception from the users that the words-
condition is the condition that requires the
least effort to use, and presents the lowest
levels of frustration in both devices. This
means that users feel less pressure and
feel less mentally challenged, creating a
simpler interaction with the codes.
70. MEMORABILITY
Median amount of glances to the screen
by condition
Nofglances
0.0
10.5
21.0
31.5
42.0
Digits Alphanumeric Words
The results show that in the words-
condition the users looked at the screen
1.33 times per code, while the
alphanumeric-condition presented 1.81
times per code and the digits-condition
2.02 times per code.
71. User preferences
0
5
10
15
20
Smartphone Laptop Pairing Process
Words Digits Alphanumeric
USERS
PREFERENCES
The users’ preference about the most easy
to use code was 85% in the words-
condition on Laptop and 80% in the words-
condition on Smartphone. When users were
asked about not only the ease, but also the
security factors, they selected the words-
condition above the others, but only in a
total of 75%.
72. The design recommendation for the implementation is to use a three-word
based passcode. The experiment showed consistent results in efficiency, user
preference and workload, and promising results in error rate and memorability.
3words