2. Theoretical underpinnings
HCI perspective
• Study computing and computational artifacts as they
relate to the human condition.
Participation
Cooperation
Trust perspective
• Study how it can be crucial element in human
relationship
Human Computer Trust
• Represents the Value centered Interactions
The interception of Human-Computer interactions
components; and The dynamic nature of trust in
relationships
3. key principles
The ongoing cultural shift
• a ever-widening range of digital artifacts is
transforming our daily lives.
The way we
communicate,
locate, play, learn,
and much more
How we relate to technology is
• less and less about the… devices; and
• more about the… activities.
Information technology context is
• becoming pervasive; and
Computing is
• becoming ubiquitous
5. Contextual aim
Trust contemplates
• Social phenomena
• A complex two-way relationship
Trust emerges from
• An interpersonal organization
• A specific social situation
• A specific social context
• Positive experiences
• Interactions
• Active participation
• Cooperative relations
SUPPORT
&
SUSTAIN
6. Contextual aim
Trusting represents
• A reinsurance element
Trusting comes associated
• With certain properties that help to support
users intended behaviours
Trusting relies on
• The identification of trustworthy making
qualities
What underlies
people's beliefs
8. The research contemplates
A need for identify
1. trust social values (qualities) that underlies
people’s trust beliefs
1. The reliability of those trustworthy making
qualities
1. How those (trustworthy making qualities)
are represented in today’s ongoing cultural
shift
9. Stage 1 (the process)
What is trust
social
phenomena?
Trust concept
map
Extensive
literature review
Online
communities
concept map
Participatory
design sessions
Modeling Trust as a social phenomena
A social-technical
model of trust
Technology
acceptance
models
1
10. Stage 2 (Validation)
How does trust
relate to users'
activities?
Trust trust effects
in basic online
activities
survey
Elicitation of trust
effects in
interactions
survey
trust concept map
model of trust
Trust survey
trust concept map
model of trust
OLC concept
map
Eliciting the reliability of those trustworthy making qualities
A model of
Human-computer
Trust
2
11. Results (associated notions)
Trusting is…
• process of believing in others behaviours
Reflects a
• risk
While some are more
willing to take the
risks others don’t
Level of
commitment of
both parts
Strong incentives to
believe that
determinate person,
service or tool is in
fact trustworthy
12. Predominant factors
Attitudes towards sharing
• Shared history & identity
• Respect and have honorable intentions
• Be reliable
• Be known
• Sympathy & friendliness
Attitudes towards relate
• Honesty & transparency
• know the person
• Be willing to
• Empathy
• Reliable source
Attitudes towards communicate
• Honest & Transparent behaviours
• Receive support
• Feel secure
• Share similar interests
Trust Predisposition
Reciprocity
Competency
Benevolency
Predictability
Honesty
13. Trust & Privacy by safe we mean…
felling a degree of control who will read
or have access to their shared
resources, comments and assignments.
Students feel safe to share
14. Trust & collaboration
Is much related with commitments
• But those are perceived differently from person to
person
Trust influence commitments
• group working dynamic
Major needs ->
• Predict how if others will behave as expected
15. Trust-enabling interactions
By observing trust enabling qualities we can
• Enables more honest & transparent behaviours
• Predict others activities patterns
• Perceive others competencies
• creates emphatic relations which, enable Social
engagement,
• Diminish group hostility which, increase group
commitment
• Foster group motivation & willingness to cooperate
16. Human Computer Trust model
Trust Predisposition
Motivation
Willingness
Competency
Predictability
Reciprocity
Benovelence
Honesty
Expectations
Contributes
Rational perception
Emotional
perception
Relationships
Contributes
Commitments
Intentions
Predisposition to cooperate
Predisposition to relate
Behaviours
Engagement
Qualities Beliefs intentions Attitudes
17. Application
Support the design of a instrument to Assess/
evaluate trust-enabling interaction design
qualities
Sousa, S., Lamas, D.;
Shmorgun, I.; Arakelyan, A.
(2014).
A design space for trust
enabling interaction design.
In MIDI 2014, ACM (2014)
This toolset provides
designers lenses to
assess the act of
design for trust-enable
interactions and further
evaluate if their design
propositions have
been reflected in the
design outcome.