Difference between revisions of "Develop paper outline"
From Organic Data Science Framework
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[[Category:Task]] | [[Category:Task]] | ||
| − | + | The submission needs to be 10 pages maximum length in ACM format. The conference where we are submitting is not posted here for privacy reasons. | |
| − | # Introduction: talk about collaborative science | + | Draft outline (allocated space for sections indicated as '''pp''' in parentheses): |
| + | |||
| + | # (1pp) Introduction: talk about collaborative science | ||
## social science studies of collaboration in large science projects | ## social science studies of collaboration in large science projects | ||
## sharing in science: | ## sharing in science: | ||
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### through instruments (e.g. LHC) | ### through instruments (e.g. LHC) | ||
## Our goal is to support organic collaboration, i.e., ad-hoc unanticipated collaboration | ## Our goal is to support organic collaboration, i.e., ad-hoc unanticipated collaboration | ||
| − | # Motivating scenario: describe in the context of a specific science project why scientists need better ways to collaborate and coordinate work in order to do research | + | # (1pp) Motivating scenario: describe in the context of a specific science project why scientists need better ways to collaborate and coordinate work in order to do research |
## why do we need this new framework in order to do the science of predicting pathways and age of water and carbon isotopes for lake-catchment systems | ## why do we need this new framework in order to do the science of predicting pathways and age of water and carbon isotopes for lake-catchment systems | ||
## Requirements that result from those scenarios | ## Requirements that result from those scenarios | ||
| Line 16: | Line 18: | ||
### need asynchronous participation | ### need asynchronous participation | ||
### need low barrier for entry | ### need low barrier for entry | ||
| − | # Approach: a task-centered collaboration framework that makes science processes open and is based on social design principles | + | # (4pp) Approach: a task-centered collaboration framework that makes science processes open and is based on social design principles |
## Social computing principles that address those requirements | ## Social computing principles that address those requirements | ||
## Task-centered framework | ## Task-centered framework | ||
| − | # Evaluation | + | # (2pp) Evaluation |
## discuss possible methods to use, our choice of methods. See [[Design_user_evaluation_of_initial_framework_design | this page]] | ## discuss possible methods to use, our choice of methods. See [[Design_user_evaluation_of_initial_framework_design | this page]] | ||
## results | ## results | ||
## discuss results | ## discuss results | ||
| − | # Conclusions and future work | + | # (.2pp) Conclusions and future work |
| + | # (1pp) References | ||
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Revision as of 18:15, 12 September 2014
The submission needs to be 10 pages maximum length in ACM format. The conference where we are submitting is not posted here for privacy reasons.
Draft outline (allocated space for sections indicated as pp in parentheses):
- (1pp) Introduction: talk about collaborative science
- social science studies of collaboration in large science projects
- sharing in science:
- through data services
- through resource sharing (e.g. Open Science Grid)
- through instruments (e.g. LHC)
- Our goal is to support organic collaboration, i.e., ad-hoc unanticipated collaboration
- (1pp) Motivating scenario: describe in the context of a specific science project why scientists need better ways to collaborate and coordinate work in order to do research
- why do we need this new framework in order to do the science of predicting pathways and age of water and carbon isotopes for lake-catchment systems
- Requirements that result from those scenarios
- cannot anticipate who has expertise for what we need
- need asynchronous participation
- need low barrier for entry
- (4pp) Approach: a task-centered collaboration framework that makes science processes open and is based on social design principles
- Social computing principles that address those requirements
- Task-centered framework
- (2pp) Evaluation
- discuss possible methods to use, our choice of methods. See this page
- results
- discuss results
- (.2pp) Conclusions and future work
- (1pp) References
