Tag: wave-in-research

Google Wave has got an awful lot of people quite excited. And others are more sceptical. A lot of SciFoo attendees were therefore very excited to be able to get an account on the developer sandbox as part of the weekend. At the opening plenary Stephanie Hannon gave a demo of Wave and, although there were numerous things that didn’t work live, that was enough to get more people interested. On the Saturday morning I organized a session to discuss what we might do and also to provide an opportunity for people to talk about technical issues. Two members of the wave team came along and kindly offered their expertise, receiving a somewhat intense grilling as thanks for their efforts.

I think it is now reasonably clear that there are two short to medium term applications for Wave in the research process. The first is the collaborative authoring of documents and the conversations around those. The second is the use of wave as a recording and analysis platform. Both types of functionality were discussed with many ideas for both. Martin Fenner has also written up some initial impressions.

Naturally we recorded the session in Wave and even as I type, over a week later, there is a conversation going in real time about the details of taking things forward. There are many things to get used to, not leastwhen it is polite to delete other people’s comments and clean them up, but the potential (and the weaknesses and areas for development) are becoming clear.

I’ve pasted our functionality brainstorm at the bottom to give people an idea of what we talked about but the discussion was very wide ranging. Functionality divided into a few categories. Firstly Robots for bringing scientific objects, chemical structures, DNA sequences, biomolecular structures, videos, and images into the wave in a functional form with links back to a canonical URI for the object. In its simplest form this might just provide a link back to a database. So typing “chem:benzene” or “pdb:1ecr” would trigger a robot to insert a link back to the database entry. More complex robots could insert an image of the chemical (or protein structure) or perhaps rdf or microformats that provide a more detailed description of the molecule.

Taking this one step further we also explored the idea of pulling data or status information from larboratory instruments to create a “laboratory dashboard” and perhaps controlling them. This discussion was helpful in getting a feel for what Wave can and can’t do as well as how different functionalities are best implemented. A robot can be built to populate a wave with information or data from laboratory instruments and such a robot could also pass information from the wave back to the instrument in principle. However both of these will still require some form of client running on the instrument side that is capable of talking to the robot web service. So the actual problem of interfacing with the instrument will remain. We can hope that instrument manufacturers might think of writing out nice simple XML log files at some point but in the meantime this is likely to involve hacking things together. If you can manage this then a Gadget will provide a nice way of providing a visual dashboard type interface to keep you updated as to what is happening.

Sharing data analysis is something of significant interest to me and the fact that there is already a robot (called Monty) that will intepret Python is a very interesting starting point for exploring this. There is some basic graphing functionality (Graphy naturally). For me this is where some of the most exciting potential lies; not just sharing printouts or the results of data analysis procedures but the details of the data and a live representation of the process that lead to the results. Expect much more from me on this in the future as we start to take it forward.

The final area of discussion, and the one we probably spent the most time on, was looking at Wave in the authoring and publishing process. Formatting of papers, sharing of live diagrams and charts, automated reference searching and formatting, as well as submission processes, both to journals and to other repositories, and even the running of peer review process were all discussed. This is the area where the most obvious and rapid gains can be made. In a very real sense Wave was designed to remove the classic problem of sending around manuscript versions with multiple figure and data files by email so you would expect it to solve a number of the obvious problems. The interesting thing in my view will be to try it out in anger.

Which was where we finished the session. I proposed the idea of writing a paper, in Wave, about the development and application of tools needed to author papers in Wave. As well as the technical side, such a paper would discuss the user experience, and any of the social issues that arise out of such a live collaborative authoring experience. If it were possible to run an actual peer review process in Wave that would also be very cool however this might not be feasible given existing journal systems. If not we will run a “mock” peer review process and look at how that works. If you are interested in being involved, drop a note in the comments, or join the Google Group that has been set up for discussions (or if you have a developer sandbox account and want access to the Wave drop me a line).

There will be lots of details to work through but the overall feel of the session for me was very exciting and very positive. There will clearly be technical and logistical barriers to be overcome. Not least that a a significant quantity of legacy toolingmay not be a good fit for Wave. Some architectural thinking on how to most effectively re-use existing code may be required. But overall the problem seems to be where to start on the large set of interesting possibilities. And that seems a good place to be with any new technology.

Continue reading “Sci – Bar – Foo etc. Part III – Google Wave Session at SciFoo”