Lawrence Lessig, Educause Keynote 2009 via D'Arcy Norman
You/we have been warned...
A collective blog for those working on the project.
a selective summary of articles, books, reports, announcements, news items, and web-based information that the editors feel would be of greatest interest to academic librarians. blreiner@wellesley.edu
... show that only a small proportion of those surveyed are using technology such as virtual-research environments, social bookmarking, data and text mining, wikis, blogs and RSS-feed alerts in their work. This contrasts with the fact that many respondents professed to finding technological tools valuable.
Just under half of those polled used RSS feeds and only about 10 per cent used social bookmarking, with Generation Y students exhibiting the same behaviour as other age groups.
The study also shows that when it comes to getting help with the tools, Generation Y students are likely to turn to their peers or supervisors rather than library staff. Dr Newman said this could suggest that library professionals need to rethink their work in this area.
The study found that Google and Google Scholar are the main sources used by doctoral students to locate information; that only about half have been trained to find journal articles; and that far fewer have received any training in using more advanced technological research tools, such as e-research.
That FM radio in your mobile phone could, if it wanted to, connect to the internet to discover more about what it’s listening to. The DAB radio in that wifi radio you have at home can similarly connect to the web to get lots of information about the current broadcast. And listening to radio on your MP3 player could interact with the internet when it docks to your PC. In short, there are a lot of radio sets hidden within connected devices.
However, just because your radio also has an internet connection within it, that doesn’t instantly mean that it can find more information about what it’s listening to.
That’s where RadioDNS comes in. Put simply, it uses information that is already broadcast to create a kind ‘pseduo [sic] Domain’, which, by using standard DNS technology on the internet, can point your radio quickly and simply to the broadcaster – and from there, to advertise to the radio what this broadcaster supports.
RadioDNS can support applications that combine broadcast and IP technologies. There are some applications already in development within the RadioDNS project:
* RadioVIS, a way of adding text and visuals synchronised to the radio programme
* RadioEPG, an electronic programme guide, that also allows a “universal preset” which will find your station wherever in the world you might be
* RadioTAG is a really interesting technology, not unlike Radio Pop, allowing you to ‘tag’ bits of the radio you find interesting. Whether it’s your favourite song, an interesting news story, or just something the presenter said that you thought was amusing. It’s then up to the broadcaster to keep those tags, to let you interact further when you’ve the time.
What jumped out at me was how the block at the bottom of the screen was named: Community activity seemed like a very good name in this case.
The community features are interesting and feel familiar from other environments. A reader can 'connect' with others who have selected the item being viewed. The connections work across libraries in which Bibliocommons is deployed.