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A largely sensible strategic look at LMS in general. "The LMS, because of its integration with other major institutional technology systems, has itself become an enterprise-wide system. As such, higher education leaders must closely 7 monitor the possible tendency for LMSs to contribute only to maintaining the educational status quo.40 The most radical suggestion for future LMS use would dissolve the commercially enforced "course-based" model of LMS use entirely, allowing for the creation of either larger (departmental) or smaller (study groups) units of LMS access, as the case may require. This ability to cater to context awareness is perhaps the feature most lacking in most LMS products. As noted in a study in which mobile or handheld devices were used to assemble ad hoc study groups,41 this sort of implementation is entirely possible in ways that don't necessarily require interaction through an LMS interface." Requires EDUCAUSE login (free to WSU)

The EDUCAUSE paper suggests "dissolv[ing] the commercially enforced 'course-based' model of LMS". How about dissolving the "course-based" model of higher education on which the commercial LMS is based?

Whuffie From Wikipedia, the free encyclopedia Jump to: navigation, search Whuffie is the ephemeral, reputation-based currency of Cory Doctorow's sci-fi novel, Down and Out in the Magic Kingdom. This book describes a post-scarcity economy: All the necessities (and most of the luxuries) of life are free for the taking. A person's current Whuffie is instantly viewable to anyone, as everybody has a brain-implant giving them an interface with the Net.

Cohere is an Open University UK project to build a server-based system which extends social bookmarking to collaborative argumentation using a concept-map interface in the browser.

Our goal is to make it easier for people to collect, organize, find, visualize, and share their information. One of the biggest obstacles to such information management is the rigid, centrally-planned information models and user interfaces of existing applications and web sites. The data people use in the real world is rarely so well-formed. It is full of exceptions and idiosyncrasies. Our group develops tools for the web and desktop that can flex to hold and present whatever information a user considers important, in whatever way the user considers most effective.

The Easy Tabs Web Part allows you to add a tabbed interface to a SharePoint page.

Joel Spolsky, guru of real-world software development, on social software -- in 2004 (pre-Facebook)! It turns out that non-features can be crucial...

"My goal today is to talk about the next level of software design issues, after you've got the UI right: designing the social interface..."

We agree with both President Obama and Senator Coburn that universal accessibility of such information is worthwhile goal. However, we believe this is only a first step. In a deep sense, our prior post is designed to serve as a demonstration project. We are just two graduate students working on a shoestring budget. With the resources of the federal government, however, it would certainly be possible to create a series of simple interfaces designed to broadly represent of large amounts of information. While these interfaces should rely upon the best available analytical methods, such methods could probably be built-in behind the scenes. At a minimum, government agencies should follow the suggestion of David G. Robinson and his co-authors who argue the federal government "should require that federal websites themselves use the same open systems for accessing the underlying data as they make available to the public at large."

an interesting example of work with large data sets, but also, a research group that is working "off-shore" from their campus and in a blog in ways that seem to parallel WSUCTLT

This demo -- from Pattie Maes' lab at MIT, spearheaded by Pranav Mistry -- was the buzz of TED. It's a wearable device with a projector that paves the way for profound interaction with our environment. Imagine "Minority Report" and then some.

This is about games to improve employee work.

This is about using online games to engage employees in work. This is very much the core of what I was talking about, except for education. For those more knowledgeable about software design: my thoughts so far were on using Google's V8 Javascript engine and a 3D engine, such as Ogre3D, perhaps wrapped by QT or SDL. The worlds would be managed on the server but code for each object type shipped to the clients and run, sychronized there. Everything would be an "object"--even a world itself (a container object). Each object would comprise of four code modules plus its media files (3D models, sounds, etc.): Affector -- this receives sensory input then filters and translates that to the object's internal properties. Intrinsor -- this is the object's behavioral programming. For example, it can be the functions of an espresso machine object or the AI and/or user-interface connector of an animate object, etc. Mitigator -- this is the code that controls the internal environment of any objects contained within this object. It mitigates the effects of contained objects to the affects of others. For example, a world object, a boat, a house, or a bag. The physics, weather, and such will depend on what they are contained within. The mitigator may also initiate effects to contained objects. Effector -- this provides the API for action attempts to the Intrinsor. It then filters and translates the action attempts to the objects actual action attempts that are read by this object's containor. (Yes--I mispelled some words above intentionally) This design provides a framework for a persistent world of decent individual performance. The V8 engine compiles to fast machine code (and caches). Only very minimal data need be communicated over the network. Objects can run in parallel precisely the same, so if a client fails the system continues. Updates of virtually any kind can be made on-the-fly without stopping the game. New object types will be relatively easy to b