current design settings screen help screen run in background notification bar loud sound detection
DESCRIPTION
UC Berkeley CS160 Fall 2014 User Interface Design. ListenUp!. Andrew Fang Anju Thomas Greg Quan Yuki Chavez. Safety, enjoyed. Target User. Solution. Target User. Our application is targeted at bicycle riders who like to listen to music while they are commuting. - PowerPoint PPT PresentationTRANSCRIPT
Current Designo Settings screeno Help screeno Run in backgroundo Notification baro Loud sound
detectiono Pauses music to
play back soundo Uses text-to-
speech to
announce incoming
caller name
Future Worko Increase robustness of noise
detection algorithmo User customization
(equalizer)o Read incoming textso Port to iOS
Final Prototype
Problem
UC BerkeleyCS160 Fall 2014
User Interface DesignListenUp!
Andrew FangAnju Thomas
Greg QuanYuki ChavezSafety, enjoyed.
Figure 1. Detecting a loud sound
Bikers often have trouble paying
attention to auditory signals in their
surroundings while biking with
headphones on.
Our application is targeted at bicycle
riders who like to listen to music
while they are commuting.
Target User
Our goal is to promote the health
and safety of cyclists by handling
phone processes for them so they
do not need to physically touch the
device while they are utilizing their
vehicle. In addition, we want to
notify them in case they
unknowingly enter into a state of
danger. We call our application
ListenUp!
We prototyped with Balsamiq. Our
initial design was a lot more
complicated than it should have
been, so as we iterated, we
simplified the user interface.
Design Evolution
Figure 2. An example target user
Figure 7. Low-Fi prototype IIFigure 6. Low-Fi prototype I
Figure 3. Final Prototype settings
page
Figure 4. Final Prototype running in
background
Figure 5. Final Prototype help page
SolutionTarget User
Problem
Design Evolution