can calendar events and ambient noise sensors decrease interruption levels of incoming phone calls?...

Download Can Calendar Events and Ambient Noise Sensors Decrease Interruption Levels of Incoming Phone calls? Sean Holbert & Charlton Soesanto

If you can't read please download the document

Upload: rudolph-nelson

Post on 18-Jan-2018

212 views

Category:

Documents


0 download

DESCRIPTION

James Fogarty “…simple sensors can support the construction of models that estimate human interruptibility as well as people do.”

TRANSCRIPT

Can Calendar Events and Ambient Noise Sensors Decrease Interruption Levels of Incoming Phone calls? Sean Holbert & Charlton Soesanto Previous Work Standing on the Shoulders of Giants James Fogarty simple sensors can support the construction of models that estimate human interruptibility as well as people do. James Fogartys Work Predicting Human Interruptibility with Sensors Biases in human estimation of interruptibility: effects and implications for practice Lady Gaga you shouldve made some plans with me, you knew that I was free And now you wont stop calling me, Im kinda busy. Our Research Question Can Calendar Events and Ambient Noise Sensors Decrease Interruption Levels of Incoming Phone calls? The System: RingSense An Application for the Android OS run on Motorola Droid Phones Inputs Calendar Events Ambient Noise Features: Switch to silent Calendar keywords meeting, interview, appointment, class or AAA### Methodology Two Day Trial Periods. Users filled out survey after incoming phone calls to report interruptibility levels Post-Questionnaire Experimental Used Active RingSense Control Only logged data Example Data Quantitative Results Data Points of Interest If user received call AND they were in an event that was caught by our heuristics, Or If user received call AND the surrounding noise was loud enough. Students t-test 133 survey responses 40 experimental responses 93 control Control mean: 2.65 Experimental Mean:.36 Interruptibility Control mean: 2.65 Experimental mean: 2.36 Alternative hypothesis: True mean is less than 2.65 Control Mean t = p value = Explanation more phones and participants over a longer time period longer study time period Valuable Data Extremely Rare Satisfies heuristic (contains meeting, interview, ME101 etc) Qualitative Feedback Questions?