Title: Designing a Remote Communication System with and for Individuals with Cognitive Disabilities and the
1Designing a Remote Communication System with and
for Individuals with Cognitive Disabilities and
their Caregivers
- Melissa Dawe
- Center for LifeLong Learning and Design
- University of Colorado
2Background Mobile Communication
- Remote communication through mobile devices (such
as mobile phones) are changing the way we
communicate, plan, and socially interact - Mobile communication has the potential to
increase safety, independence, and social
connectedness - However
- At the UI level Off-the-shelf mobile phones are
not designed with users with cognitive
impairments in mind - At the socio-technical level The way people with
cognitive disabilities communicate remotely with
caregivers is not well understood
3Research Problem
How can we design a remote communication system
with and for individuals with cognitive
disabilities and their caregivers, in the context
of supporting safety, social connectedness, and
increased independence?
4Conceptual Framework Participatory and
Meta-Design
- Software development is a co-creative process
between technologists and end users - Designers cant predict how the system will be
used, and so end users must be empowered to act
as designers during use time - Socio-technical systems will and should evolve
over time
5Methodology
- Phase 1 Formative interview study
- Interview study with 20 local parents and
teachers of children and young adults with
cognitive disabilities exploring AT usage, the
technology adoption process, differences between
school and home - Phase 2 Focused interviews, observations
- Exploring remote communication between parent
caregivers and clients its role in safety,
social connect, and independence - Phase 3 Technology design-through use field
study - Iterative design process with families as
co-creators of a PDA based assistive
communication system that evolves through use
6Phase 3 Technology Field Study
- Participants
- 4 families from Phase 2
- Designing Technological Probe
- Used by client, supports simple remote
communication - Initial functionality based on tasks identified
in Phase 2 - Collects extensive usage data
- Continuing Diary Study Naturalistic
Observations - Parents record usage of probe, problems, ideas
- I observe clients in activities away from home
when remote communication system may be used - Probe Supporting Design-through-Use
- Participatory design session every four weeks,
probe evolves uniquely for each family
7Data Collection During Use
- Textual log files maintained during use,
including - Power Log
- When device is turned on and off
- Battery level
- Call Log
- When a call is initiated and received (voice will
probably not be recorded) - Length of call
- Sender/recipient of call
- Detailed Usage Log
- Log of users sequence of actions
- When system gets into an error state
- Logs are easily downloaded from PDA onto PC
8Types of Customizations during Field Study
- Customizations include
- User interface modifications
- Functionality changes
- System should support
- Creating customizations
- Sharing customizations across users
- Backing-up customizations for easy system
restore, upgrade
9Expected Outcomes and Contributions
- Design
- The interviews and design-in-use field-study will
inform user interface guidelines as well as
design methods for building assistive technology
on mobile devices for people with cognitive
disabilities - System development
- This research advances our theoretical and
practical understanding of meta-design by
designing, building, and evaluating a system
architecture to support the meta-design
principles of end-user system modification at use
time through customization and sharing - Theoretical contributions grounded in empirical
research - The role of mobile communication in independence
and safety between parental caregivers and their
children - The technology adoption process for individuals
with cognitive disabilities, and the role of the
caregiver network