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Outstanding research group that sees the future in a very different way. The entire site is worth a day’s reading and I’ll probably wind up Amplifying a lot of it here….its that good

See more at www.ingenesist.com 

Opportunities emerge from the deep semantic web

Economics is the science of incentives. While the promise of searching a huge store of databases may not sound like Saturday social night at the local drive in burger joint, it does by extension, introduce new incentives.  The new technology will drive people to build databases.  A new generation of entrepreneurs will collect, organize, analyze and create – not information – but data.Database of databases of databasesThe first things entrepreneurs will organize are human knowledge data – starting with their own, then relating it to others. Not unlike the human genome project, the vast human knowledge reservoir will be mapped. Entrepreneurs will enter their communities (on line, neighborhood, work, school, church, social networks) and create a database for what other people know and parse the data in any number of important and useful databases.The reason for this is simple; data are collections of human observations.This is the only thing people are willing to pay forRead more at www.conversationalcurrency.com

Rainier , director of the Pew Internet & American Life Project, looks ahead and makes a lengthy prediction of where we’re headed via the internet. As tempting as it was to clip the whole thing, I’ve resisted which means you will want to follow the link to read the article.

Themes:Cognitive capacities will shift (memorization)New literacies will be required. Fourth “R” is retrieval… “extreme Googlers”Tech isn’t the problem; people’s inherent character traits is the issuePerformance of information markets is a big unknown especially in the age of social media and junk information … Google will improve.Innovation ecosystem will change so radically (bandwidth/processing) that it’s hard to forecastBasic trends are evident — “the internet of things” and “sensors” and “mobile” and “location-based services” and “3D” and “speech recognition” and “translation systems”Law/regulations to protect privacy even though more disclosure required“Workarounds” to provide a measure of anonymityConfidentiality and autonomy will replace yearning for anonymityRise of social media is as much a challenge to anonymity as authentication requirements. Reputation management and information responsibility will emerge. Significantly more responsive govt, biz, NFP (71%/72%) v (26/26) [responses - anonymous, not-anonymous] Tide too strong to resist – pressure for transparency is powerfulData wil be the platform for changeEfficiency and responsiveness aren’t the same thingWe’re reading and writing more than our parents – participation breeds engagementNature of writing has changed (public). Quality will get better due to feedback and flamersReading and writing will be different in 10 years; screen literacy will become importantRead more at wiredpen.com

It’s Your Problem, So What Are You Going To Do About It” 3 Ways to Communicate More Effectively With Your TeamThe Four Powerful Keys to Virtual Team Success Creating virtual teams is not challenge-free. Why? Imagine trying to communicate effectively with people you have never met and whose personalities you are not familiar with. If this hurdle is not overcome, establishing successful virtual teams can be extremely frustrating.

The Secret to Being an Effective Virtual Team How do you foster communication and collaboration when project members are geographically dispersed? An effective starting point is the creation of a team operating agreement. Virtual Teams Generate Real Sales: How To Save Money And Generate Revenue Without Leaving Your ChairBusiness Continuity in a Crisis Environment Is your business capable of surviving a crisis situation? Will you be able to manage your staff for an effective return to “business as usual”? With some foresight and careful planning, the worst storm can be weathered. “Virtual teams” offer a compelling way to offset potential risks.

Read more at www.virtualteambuilders.com

Adding realism to AR by using real world surrounding information (HDRs panoramas, IBLs) is a thing we all want to have sooner than later! We have seen a cool demo of Suomi’s VTT on this, where they fake the surrounding information using the background and scanning a ping pong ball for lighting information. Now we have another candidate porting a similar approach to our beloved mobile devices. The paper of the University of Münster (Germany) has been published already in 2004 (titled “Virtual Reflections for Augmented Reality Environments”), but now it’s time to hit the mobile world with it!

If you are interested in some tech talk, please read on! :-) Their approach can create CubeMaps for all reflective or lighting purposes in real-time using only the information from the background video frame: they not only flip and stitch the frame six times and mirrored together, but do a pretty smart estimation, that yields in plausible neat-looking reflections (although obviously fake): they project six regions of the background frame (see below) onto the new six sides of a Cube. The general idea is to have reasonable regions to map from

This way they get to simulate glossy and diffuse reflections already. Lighting/shadow influence will probably be the next step, since the CubeMap is already there…

Azavea announced the publication of a free white paper that summarizes their research on the use of mobile augmented reality techniques for enhancing digital access to historical and cultural resources

the Philadelphia Department of Records was awarded an NEH Digital Humanities Start-Up Grant to develop innovative techniques for leveraging the sensors in contemporary smart phones to expand public access to historical data in novel ways. 

The new Augmented Reality by PhillyHistory.org application provides point-and-view access to 500 historic photographs of selected sites around Philadelphia.  Users are able to automatically access and view the historic photographs by simply pointing the camera of a smart phone at the contemporary site and selecting an available image.  The historic photos then appear as an overlay on the current urban landscape, enabling viewers to compare the past to the present.

Mollat Editions just reissued a book written by Victor Louis in 1782 about the Theatre of Bordeaux, France. “Salle de Spectacle à Bordeaux” is made interactive by the  numerous digital content offered through the book: videos, pictures, comments and 3D animations. Our partner Axyz  was in charge of Augmented Reality integration on this cultural project.

As a clinician fascinated by the use of new technologies to achieve outcomes, it’s hard to go past anything that is looking at bridging the divide between human emotions / touch and technology. Telenoid is one such project. It’s aim is to provide an effective way to transfer people’s presence. The research on telepresence is booming and it’s fairly widely accepted that videoconferencing is superior to teleconferencing and that platforms like virtual worlds provide even better telepresence sometimes. Telenoid is a step further again, providing a tangible means of interacting with someone remotely. In the second video below you’ll see its creator citing a key inspiration was the ability for remotely located grandparents to interact more with their grandchildren. That alone is laudable but for me the clinical simulation potentials stood out pretty strongly.

Real patients as simulation Imagine the ability to have a ‘patient’ reflecting the emotions and speech of a real person in combination with the current simulation functionality i.e. feedback, monitoring of biometric data etc. Taken a step further: a real patient experiencing a real health issue is able (with consent of course) to have their experience transferred to a simulation exercise in real time. There are already consumer devices on the market able to control avatars via thought processes, this is only a small step beyond that.

A specific example:

i have a few complaints about the use of “augmented reality.” the first is primarily semantic. it seems (to me at least) like the term it implies some kind of (pre-digital?) “non-augmented” reality. this is more or less explicit when we refer to things like “augmented revolution” or “augmented conference.” it seems like the idea of augmented reality was introduced to make a point against a false binary (“digital dualism”) and i agree that this is important, both academically and in real life (see what i did there?). but i think the way we talk about augmented reality is sneaking a version of that binary back in. not the naive real v virtual but maybe something like real v “real+” and i think that is a mistake. and it is a strange mistake to read here, on a blog called “cyborgology” that proclaims (rightly i’m sure) that we have always been cyborgs. our friends from sst especially, i think, are sensitive to how reality has always been “augmented” if we are paying attention. so quoting sst hero latour:

If we wanted to project on a standard geographical map the connections established between a lecture hall and all the places that are acting in it at the same time, we would have to draw bushy arrows in order to include, for instance, the forest out of which the desk is coming, the management office in charge of classroom planning, the workshop that printed the schedule that has helped us find the room, the janitor that tends the place, and so on. And this would not be some idle exercise, since each of these faraway sites has, in some indispensable way, anticipated and preformatted this hall by transporting, through many different sorts of media, the mass of templates that have made it a suitable local—and that are still propping it up.* and he goes on for literally pages. he starts on p 200 (where the quote is from) and ends somewhere on p 203. then he picks it up again on p 206 with more. by 207 he is talking about the “plug-ins”, “patches” and “applets” that actors in a lecture need to make sense of what is happening. and cyborgs:

As we have witnessed so many times throughout this book, information technologies allow us to trace the associations in a way that was impossible before. Not because they subvert the old concrete ‘humane’ society, turning us into formal cyborgs or ‘post human’ ghosts, but for exactly the opposite reason: they make visible what was before only present virtually. In earlier times, competence was a rather mysterious affair that remained hard to trace; for this reason, you had to order it, so to speak, in bulk. As soon as competence can be counted in bauds and bytes along modems and routers, as soon as it can be peeled back layer after layer, it opens itself to fieldwork.

We’ve already told you about Juniper Research’s bullish forecasts of the augmented reality services. According to latest figures we have from the research company, the market for mobile enterprise applications featuring augmented reality elements is expected to exceed $300 million by 2015. Among the deployments that will help this grow, Juniper points to areas as diverse as corporate utility, surgery and counter-terrorism.

A company called Logica is already working with the UK government on a project that could identify current and future AR capabilities, whilst evaluating them against various security and counter terrorism scenarios.

According to the report author Dr Windsor Holden, “It is highly likely that AR apps which would also incorporate location awareness will soon be developed for security service handhelds – if they are not already in development.”

"Throughout the past few years, Google's newspaper-scanning project has digitized more than 60 million pages from newspapers spanning 250 years, including such gems as the moon landing. But according to the Boston Phoenix, this ambitious effort is slated to soon be axed in favor of Google One Pass, a platform for publishers to monetize content from their own sites."

"The folks over at Mac Mini Vault jailbroke an Apple TV, stuck lighttpd on it, and connected it up to the internet in the name of fun hacking. 'This project was a fun way to see how far we could take the A4 powered Apple TV. The Apple TV is running iOS 4.2.2 (obviously jailbroken) with lighttpd for a web server.'"

"The National Endowment for the Arts recently published their criteria for next year's Arts in Media grants. One of the key changes is the inclusion of video games as works of art. 'Projects may include high profile multi-part or single television and radio programs (documentaries and dramatic narratives); media created for theatrical release; performance programs; artistic segments for use within an existing series; multi-part webisodes; installations; and interactive games. Short films, five minutes and under, will be considered in packages of three or more.' For those who worry that game companies will try to get a grant for a commercial game, notice that the grant is only for non-profit organizations."

"We all know about the growing popularity of collision avoidance systems. As recently as this week, we've even heard about developments on the autonomous car front. Problem is, most of those systems depend on vehicles going it alone, using radar and other technology to avoid hazards in their way. But what if cars could talk to one another and the surrounding infrastructure? Wouldn't that be even better — and safer? The US Department of Transportation thinks so, and it's hoping to prove it in a new series of 'talking car' experiments taking place in six locales across the US. These technologies may potentially address up to 82 percent of crash scenarios with unimpaired drivers, preventing tens of thousands of vehicle crashes every year (further research [PDF] will incorporate heavy vehicle crashes including buses, motor carriers, and rail)."

Wal-Mart’s social and mobile plans are starting to take shape only two months after acquiring Kosmix of Mountain View, Calif.

When Kosmix was purchased, it was building a database called the social genome project, which kept track of what people were interested in and what products people were talking about.

the executives say they are hard at work defining how the mega-retailer — with $419 billion in sales and 1.5 billion online visits a year to its Web site — will address the two very disruptive platforms: social and mobile.

Sparks are a very simple taxonomy right now, but do have persistent URIs, which you can find by hovering over a Spark and looking in the left of the status bar at the bottom of your screen.

This warrants more dissecting and attention. Will they eventually use all or some of the hierarchy of Google Directory? Will they become hierarchical? Will the algorithm improve as we click on links that interest us? Can we add our own information? Are we creating new entities for Google as we search for and add Sparks to our items of interest – it seems that way. It’s not an ontology yet, but it’s a start. Lots of people creating persistent URIs for entities they’ve dreamed up – I hear that evil cackle again!

Google, by nature of its founding, is in a prime position to address the challenges that many enterprise technologists have when thinking about semantic data – how do we handle unstructured data? We have metadata: in schema, in taxonomies, in ontologies even. We have loads of content. With no metadata. How do we get them together? We can’t afford to hire a small army of indexers to apply the metadata to the content. The system metadata is insufficient and poor. We have a pretty good search tool, and have put some effort into data dictionaries, entity extraction and rules-based classification. We have tools that do latent semantic indexing and latent semantic analysis.  Make sense of unstructured information? Sure, Google can do that. Hopefully they will not reduce efforts in these areas too much to focus on other projects. Many of us can execute a search and return nothing useful; crowdsourcing tagging in G+ may re-vitalize  components of the search algorithm.

Local data Alec Muffett is working on a scheme called the Mine Project. This aims to give consumers a local place to store their credentials and sensitive data, so they can choose which services they want to expose the data to.

"I believe the structure of the internet encourages individuals to host their own data. In some ways, it's a little unfortunate that everyone thinks it's easier to have a big company do it on their behalf, but it's entirely understandable," he says.

"It's a karmic cycle," he says. But sooner or later it is going to swing the other way, and people should prepare for an age when their data is once again their own, he argues.

In the modern web, Google and Facebook are the feudal lords and people are the peasants — at least when it comes to control of the photos, comments, 'likes' and other data that each person posts online.

"The users contribute their own content to you for free. You sell it back to them with banner ads put on there. And on top of that, you spy on them to gather profiling data," says Michiel de Jong, of the Unhosted project to decentralise user data.

As your friends talk to each other, they feed Facebook data about how information flows between its users. It's likely that your friends will have their own friends and will talk to them as well. Every time these first- and second-level contacts interact, it gives Facebook more pointers to where you fit within your network. To you, it's a bunch of your mates; to Facebook, it's an expanding cloud of data to be harvested.

Qualcomm boss Paul Jacobs has outlined his vision of the future at the company's Innovation event: a world where mobile devices supplant PCs, with his company's chips at the heart of the ecosystem.

"The fundamental trend that we all know is that mobile is now the dominant computing platform," Jacobs told attendees. "That's not the future - that's now. The install base of smartphones has already surpassed PCs."

That's a sea change which shouldn't be overlooked, Jacobs argued. "There were limitations to how computing happened in the past - now we do it when we're moving around," he explained. "Mobile is everywhere with you - you take it wherever you go. It's about doing things when you have the time."

EnOcean’s sensors are the latest in a wave of increasingly connected and intelligent objects that some people have termed “the internet of things.” British microprocessor giant Arm Holdings, for example, has bolstered this development with its mbed project, which gives engineers a cheap toolkit to work on a microcontroller, and the encouragement to come up with novel ways to connect them to other (often unconventional) objects. Other companies, like EnOcean and semiconductor maker Atheros, are focused on developing low-cost, low-consumption devices that can operate on wireless networks. Pressing an EnOcean switch to turn a light on generates enough energy to send out a wireless signal, which enables communication between the switch and a wireless receiver up to nearly 100 feet away. Until recently, EnOcean sensors were only communicating amongst themselves and a specific wireless receiver within range. Now, with TCP/IP enabled communication, any computer hooked up to the internet can communicate with the sensors.