Skip to main content

Currently Skimming:

2 Experiences with Developing Open Scientific Knowledge Discovery in Research and Applications
Pages 19-68

The Chapter Skim interface presents what we've algorithmically identified as the most significant single chunk of text within every page in the chapter.
Select key terms on the right to highlight them within pages of the chapter.


From page 19...
... SOURCE: Space Telescope Science Institute FUTURE OF SCIENTIFIC KNOWLEDGE DISCOVERY IN OPEN NETWORKED ENVIRONMENTS 19
From page 21...
... At some point it became evident that we could not ignore what was happening around FUTURE OF SCIENTIFIC KNOWLEDGE DISCOVERY IN OPEN NETWORKED ENVIRONMENTS 21
From page 22...
... As for hosting, if we host our large datasets on the cloud 22 THE FUTURE OF SCIENTIFIC KNOWLEDGE DISCOVERY IN OPEN NETWORKED ENVIRONMENTS
From page 27...
... We realized that we should identify who is not responding to those drugs so that these patients can be given something else. It has been very difficult to get the National FUTURE OF SCIENTIFIC KNOWLEDGE DISCOVERY IN OPEN NETWORKED ENVIRONMENTS 27
From page 28...
... What we are doing now at Sage Bionetworks is determining the details on the repositories, collaboration, workflows, and cloud computing. We find that the world is saturated with early 28 THE FUTURE OF SCIENTIFIC KNOWLEDGE DISCOVERY IN OPEN NETWORKED ENVIRONMENTS
From page 37...
... SOURCE: Alyssa Goodman This is the way that I like to think of "the cloud" with the International Virtual Observatory Alliance. Basically each one of those little water droplets is some data repository, service, or person that provides something in this ecosystem of online astronomy research.
From page 46...
... We had to determine which genes were on these chips. This problem had not arisen before, because scientists were not trying to map across these different types of 46 THE FUTURE OF SCIENTIFIC KNOWLEDGE DISCOVERY IN OPEN NETWORKED ENVIRONMENTS
From page 47...
... This will provide the molecular classification of disease, and then you can see some patterns. Brain FUTURE OF SCIENTIFIC KNOWLEDGE DISCOVERY IN OPEN NETWORKED ENVIRONMENTS 47
From page 51...
... FIGURE 2-22 Cardiotonic drug inhibits or ameliorates inflammatory cytokine TNF-alfa. SOURCE: Joel Dudley FUTURE OF SCIENTIFIC KNOWLEDGE DISCOVERY IN OPEN NETWORKED ENVIRONMENTS 51
From page 57...
... For the next assessment, all of the models need to document, in a consistent way, the metadata associated with how the model was configured, how it was run, and so forth, and FUTURE OF SCIENTIFIC KNOWLEDGE DISCOVERY IN OPEN NETWORKED ENVIRONMENTS 57
From page 59...
... I cannot conclude this talk without talking about data citation, because it has already come up in almost every presentation so far. To me this is the next frontier, I want to give an FUTURE OF SCIENTIFIC KNOWLEDGE DISCOVERY IN OPEN NETWORKED ENVIRONMENTS 59
From page 61...
... I think that having core data zones where people who did not generate the data can mine the data and work with them is important enough that funding institutions and journal publishers need FUTURE OF SCIENTIFIC KNOWLEDGE DISCOVERY IN OPEN NETWORKED ENVIRONMENTS 61
From page 65...
... DISCUSSANT: The right solution is for those of us who are thinking about this area to engage in that conversation, to look for ways to balance the traditional measures with some FUTURE OF SCIENTIFIC KNOWLEDGE DISCOVERY IN OPEN NETWORKED ENVIRONMENTS 65
From page 66...
... I do not know how successful it has been, but this building has Liquid Crystal Displays around the wall, 360 degrees, and it was built specifically for policy makers to develop evidence-based 66 THE FUTURE OF SCIENTIFIC KNOWLEDGE DISCOVERY IN OPEN NETWORKED ENVIRONMENTS


This material may be derived from roughly machine-read images, and so is provided only to facilitate research.
More information on Chapter Skim is available.