Plans and Goals: Difference between revisions
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** Finish the analysis of the first 12 participants by '''Sep.30''' | ** Finish the analysis of the first 12 participants by '''Sep.30''' | ||
** Wrap up and finish the final report by '''Oct.15''' | ** Wrap up and finish the final report by '''Oct.15''' | ||
** Further analyze the data using various techniques, e.g. sub-graph extractions and sequence visualizations to identify analysis strategies and relate features to insight generation | |||
* Crowd gaze paper | * Crowd gaze paper | ||
Revision as of 17:35, 15 September 2014
On this page the members of the VRL record and refine their goals for the current semester. This is a living document in which dhl will provide feedback. See the bottom of the page for links to past plans & goals documents.
Current Schedule
Meetings are on Mondays. The authoritative list is in dhl's calendar.
Current Plans and Goals (Fall '14)
Connor
Weekly work breakdown: 2 days MAGI/2 days HMS/1 day graphical perception
- MAGI Collaboration
- Submit to Nature Methods as co-author
- Release GD3 genomics visualization library
- Sep 23: have list of potential research directions
- Sep 30: distribute MAGI to observation group
- Harvard Med Collaboration
- Sep 19: Meet at HMS; outcome: list of specific potential projects
- Oct 1: Decide on project and send out project outline
- End of semester: demo functioning prototype
- Outcomes for us:
- Technique paper on intelligent visual summarization (e.g., accordion mutation matrix attached) using measures like Hamming distance and then more complicated measures to intelligently bin data
- Short paper on GD3, a generalized genomics visualization toolkit
- Written log of scenarios and case studies supporting usefulness of an n-color palette generator
- Less polished outcomes for us:
- Technique for n-wise visualization comparison. Could use interactive filtering or a rendering option to show commonly wanted signatures in data
- Technique for creating visualization thumbnails using 1000s of SV visualizations as one usage example
- Outcomes for the compbio/bio folks:
- Deployment of a flexible, reusable visualization library supporting common data formats that eliminates the need to write visualization code for many types of data (GD3)
- Completion of an interactive tool for analyzing/exploring SV data, aimed at reducing the time spent generating and manually searching through all pairwise combination of SV algorithm output.
- HMS post-doc said this accounted for 2/3 of his work over the past three months because there's no fast/automated way to do it right now, and it's inherently a visual-based task
- Graphical Perception
- Have Karen/MTurk experiment results by Sep 12
- Incorporate color saliency mapping into color palette model
- End of semester: Have LCH-based model running with short paper length description of the model
- Other
- Give a great talk at VIS
- Redo website before VIS
- Dissertation planning: by end of semester have a written plan on how to tie together graphical perception and genomics viz research
Hua
- Thesis proposal
- Finalize committee members
- Send proposal to committee members
- Give a practice talk
- Edge uncertainty paper
- Submit to TVCG
- Aardvark system evaluation
- Run 12 participants by Sep.26
- Finish the analysis of the first 12 participants by Sep.30
- Wrap up and finish the final report by Oct.15
- Further analyze the data using various techniques, e.g. sub-graph extractions and sequence visualizations to identify analysis strategies and relate features to insight generation
- Crowd gaze paper
- Help with the TVCG submission
- BraiNet
Steve (Summer)
Ryan
- Complete thesis proposal
- Form committee
- Give proposal talk
- Work on papers
- Submit bipolar paper with Dan
- Contribute to Fauxvea work
- Continue work on neuroimaging collabs
- Send quality checks for second timepoint STL data
- Run image analysis for STL and SA studies
- Maintain relationship with folks at RIH
- Contribute to pubs from Rob Paul's group
- Thesis work
- Run experiments comparing methods
- Write TMI paper on multi-fiber processing
David
- good cs237
- some new-cave projects rolling
- cave running and with demos and working in cs237
- hw and low-level software testing/reliability plan
- application software development easier
- longer-term funding progress
- some specific targets for proposals: cave, cognition, expedition, brains
- Bowman experiment run by Wesley