Traditional group scheduling applications often treat users’ availability as binary: free or busy. This is an unrealistic representation because not all times are equally free or busy. The inflexibility makes it difficult to find times with which everyone is truly satisfied. We present an online group scheduling approach by which users indicate four-tier preferences for meeting times on a calendar, which dynamically adjusts to provide instant feedback and suggests optimal meeting times for all participants. Our prototype is geared toward college students and the scheduling is done through a democratic and open negotiation process where everyone’s preference is heard. Students who evaluated the prototype thought that the scheduling process was more efficient than the widely-used e-mail scheduling among college students, which is largely based on binary availability.
[1]
Jonathan Grudin,et al.
Groupware and social dynamics: eight challenges for developers
,
1994,
CACM.
[2]
Jonathan Grudin,et al.
Discretionary Adoption of Group Support Software: Lessons from Calendar Applications
,
2003,
Implementing Collaboration Technologies in Industry.
[3]
David B. Beard,et al.
A visual calendar for scheduling group meetings
,
1990,
CSCW '90.
[4]
Eric Horvitz,et al.
Coordinates: Probabilistic Forecasting of Presence and Availability
,
2002,
UAI.
[5]
Joe Tullio,et al.
Augmenting shared personal calendars
,
2002,
UIST '02.
[6]
Bjørn Erik Munkvold,et al.
Implementing Collaboration Technologies in Industry
,
2003,
Computer Supported Cooperative Work.