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A new phase in social media underway.

Force Field Analysis in Social Sciences analysis reflected on how things are accomplished or hindered by the way that people internalize external experiences in the process of their own psychological development.Now, suppose that an individual goes out and influences social situations in their community.  Also suppose that social media could amplify the persons exterior impact – this would likewise impact internal psychology, etc., setting up a form of polarity between two positions.  The greater the difference (diversity) in those positions, the greater the potential (energy state) of the outcome.The “Local Social” Force FieldSocial media is about to enter a new phase called “local social”.  The hyperlinks that bind the web will become the hyperlinks that bind a community.  The difference is that hyperlinks in “Global Social” environment converge down to specific information, Hyperlinks in Local Social will diverge up to diverse knowledge assets.Read more at www.ingenesist.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

IBM is opening a cloud computing laboratory in Singapore to help businesses, government and research institutions and institutes of higher learning to design, adopt and reap benefits of cloud technologies. The new lab housed at Changi business park is part of it’s expansion of its cloud computing capabilities, and puts Singapore and the ASEAN region on the map as the eleventh cloud computing lab. This new addition will be part of the network of labs in Hong Kong, Ireland, Vietnam, China, South Africa, Japan, Brazil, India, Korea and the US.Through briefings, technology deployment and development sessions, the Singapore lab will work closely with businesses, government and research institutions and institutes of higher learning to design and deploy their own cloud environments.Read more at www.info

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…

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:

The internet of things with its unprecedented level of connectivity does not only catalyze the rise of “social” but also the rise of “smart.” And smart means complex. Increasingly, products and services are multi-functional, multi-layered, and connected to a broader ecosystem of services, serving as a platform for added-value applications. Companies, across industries, are beginning to develop smart solutions – from smart phones, smart energy, smart healthcare, smart housing, to smart mobility, and more. Smart ecosystems have emerged as the lynchpin of innovation – as the holy grail for user experiences that brands can truly own.

What if “connectedness” was a new modus operandi for brands and required them to be “smart brands”? By textbook definition, smart systems are self-organized systems with built-in feedback mechanisms and the ability to constantly reorganize themselves in order to adapt to their ever-changing environment. They are capable of describing and analyzing a situation, and taking decisions based on the available data in a predictive or adaptive manner, thereby performing smart actions.

as Allison Fine, author of Social Change in the Connected World, puts it aptly: “It is counterintuitive but true; the more decision making we push away from the center, the more powerful our social networks become. That’s the power-to-the-edges concept.”

People Don't Care about PCs...the Buzz is All About Mobile To paint an image of the very large scale of the mobile ecosystem, Jacobs talked numbers: There are 1.3 billion 3G connections worldwide, and there will be 2 billion more connections by 2015. Mobile data use will increase 10 to 12 times over the next four years. There are over 120 HSPA+ mobile networks and 180 commercial EVDO networks offering mobile broadband. There are 200 LTE networks planned, 20 of which have launched now.

Mobile Unleashing the "Greatest Wave of Creativity in History" And what is that? Only that mobile is going to unleash the "greatest wave of creativity in history." Dr. Jacobs said he knew that sounded like a "heady" proposition, especially because many mobile developers are just trying to build an app people like, he says. "But your app could reach hundreds of millions of users!" Now is the time to "think and act globally," Jacobs said. "Mobile is now the dominant computing platform, and it's never going back."

Augmented Reality Demoed as Marketing Tool AR, or augmented reality, was also at the forefront of today's keynote, with a sobering presentation from John Batter, Co-President of Production, Dreamworks Animation SKG. He produced data showing the decline of DVD sales over the years.

Source: http://enipedia.tudelft.nl Enipedia is an active exploration into the applications of wikis and the semantic web for energy and industry issues. Through this we seek to create a collaborative environment for discussion, while also providing the tools that allow for data from different sources to be connected, queried, and visualized from different perspectives

For 25 years, the field of robotics has been bedeviled by a fundamental problem: If a robot is to move through the world, it needs to be able to create a map of its environment and understand its place within it. Roboticists have developed tools to accomplish this task, known as simultaneous localization and mapping, or SLAM. But the sensors required to build that map have traditionally been either expensive and bulky or cheap and inaccurate. Laser arrays cost a few thousand dollars and weigh several pounds, and the images they capture are only two-dimensional. Stereo cameras are less expensive, lighter, and can construct 3-D maps, but they require a massive amount of computing power. Until a reasonably priced, easier method could be designed, autonomous robots were trapped in the lab.

On November 4, a solution was discovered—in a videogame. That’s the day Microsoft released the Kinect for Xbox 360, a $150 add-on that allows players to direct the action in a game simply by moving their bodies. Most of the world focused on the controller-free interface, but roboticists saw something else entirely: an affordable, lightweight camera that could capture 3-D images in real time.

A group from UC Berkeley strapped a Kinect to a quadrotor—a small helicopter with four propellers—enabling it to fly autonomously around a room. A couple of students at the University of Bundeswehr Munich attached a Kinect to a robotic car and sent it through an obstacle course. And a team from the University of Warwick in the UK built a robot that had the potential to navigate around post-earthquake rubble and search for trapped victims. “When something is that cheap, it opens up all sorts of possibilities,” says Ken Conley of Willow Garage, which sells a $500 open source robotics kit that incorporates the Kinect. (The previous non-Kinect version cost $280,000.) “Now it’s in the hands of just about anybody.”

In 2010, $8.1 billion was spent globally on smart technology in cities in the US, and within the next five years, that number is projected to jump to $39.5 billion, greatly expanding the capacity for smart city projects around the world. Currently, there are 102 smart cities in the world. Europe has the most at 38, with North America following closely with 35. Asia has 21, the Middle East and Africa combined have six, and South and Central America have two. The “smartness” of a city is determined by these aspects: economy, environment, government, lifestyle, transportation and community.

At most companies, going AWOL during daylight hours would be grounds for a pink slip. Not at Best Buy. The nation's leading electronics retailer has embarked on a radical--if risky--experiment to transform a culture once known for killer hours and herd-riding bosses. The endeavor, called ROWE, for "results-only work environment," seeks to demolish decades-old business dogma that equates physical presence with productivity. The goal at Best Buy is to judge performance on output instead of hours.

Best Buy did not invent the post-geographic office. Tech companies have been going bedouin for several years. At IBM (IBM ), 40% of the workforce has no official office; at AT&T, a third of managers are untethered. Sun Microsystems Inc. (SUNW ) calculates that it's saved $400 million over six years in real estate costs by allowing nearly half of all employees to work anywhere they want. And this trend seems to have legs.

Another thing about this experiment: It wasn't imposed from the top down. It began as a covert guerrilla action that spread virally and eventually became a revolution. So secret was the operation that Chief Executive Brad Anderson only learned the details two years after it began transforming his company. Such bottom-up, stealth innovation is exactly the kind of thing Anderson encourages.

In working with thousands of clients, IBM has established that businesses and the world at large have become more interconnected and certainly more intelligent. Just to toss out a few factoids – data is growing at 6 trillion bytes per second, IP traffic will accelerate in 3 years to over a trillion gigabytes, and as of 2010, there were an estimated 30B RFID tags across the global ecosystem. Almost 162 million smart phones were sold in 2008, surpassing laptop sales for the first time. Soon there will be one trillion connected devices in the world, constituting an “Internet of things.” This environment provides both the individual and the organization the opportunity to adapt their thinking and actions to address the challenges of the new world.

Clouds are now seen as an element of a transformative process. Organizations spend time looking at their business processes and deciding which ones to change for competitive advantage as they move into the cloud. More efficient workflows that incorporate “outsiders,” such as customers, contractors, and suppliers can be created.

The ability to allow outside partners to connect to a legacy application via the cloud is an important consideration.

Speaking at a press briefing here Tuesday, Bidaud pointed out such mobile strategies would also provide "contextual and social user experience", which he described as "enriched reality" in which information would be meshed with the real world. For example, location-aware apps that could inform users which bus stop they were at and the arrival times of buses that stopped there, he said.

viewpoint, the Gartner analyst said the Internet of things, also known as machine-to-machine communications, was an arena in which there were "lots happening". Defining it as having a network-connected device sending information back to the network, he predicted that beyond smart utility grids, the technology would be used by consumers to share community-specific information such as a weight-watchers group, for instance.

"Restrictions could be in requiring social networking sites and Web companies to host their data centers locally, as well as having a tighter compliance environment for shared data," Sengar suggested, noting that this could stifle the growth of social CRM uptake in Singapore.

Online video is exploding, with annual user growth of more than 45 percent. Mobile-device time spent increased 28 percent last year — with average smartphone time spent doubling. And social networks are now used by 90 percent of U.S. Internet users — for an average of more than four hours a month.

Every venture capitalist, Web publisher, and digital marketer is hyper-aware of these three trends.

What replaces the declining searchable Web is a new and “fully connected” digital life. You may have heard this before. After all, the promise of the Web was to connect pages with hyperlinks. Well, this time, “connected” means much more. It means the Web connects us, as people, to each one of the individuals online; and those connections, ultimately, extend from one of us to all of us.

For example, way back in 1961, cinematographer Morton Heilig patented his Sensorama machine, an immersive multi-sensory device that looked like a giant arcade game, except it emitted aromas, environmental elements such as wind and it also vibrated and played stereo sounds. Whilst some have referred to this as the earliest example of augmented reality, it probably leans more towards the virtual reality world.

Other key advances that helped blur the boundaries between the physical and digital worlds include American Computer scientist Ivan Sutherland’s development of the first head-mounted display (HMD) in 1968. It was primitive and bulky, but it was a sign of things to come:

Moving forward, computer artist Myron Krueger built what was called an ‘artificial reality’ laboratory called the Videoplace, in 1974. The Videoplace combined projectors, video cameras and special purpose hardware, and onscreen silhouettes of the users, placing them within an interactive environment.

Zoosh is a new technology that brings NFC-like payments to any phone with a speaker — i.e. every smartphone on the market.

Using the almost-inaudible 20,000KHz range — which almost every cell phone speaker is capable of — Zoosh technology can then send data to a receiving microphone. The end point can either be a point of sale — a shop, a ticket machine — or it can be another mobile phone. Apparently the technology has been successfully used in noisy environments — and it’s also fairly safe to assume that a technology like Zoosh would be designed to incorporate as much redundancy and error checking as possible.

Narrate, the company behind Zoosh, envisions two main use cases for its ultrasonic payment system. The first is just like Google Wallet: for $30 — a third of the price of NFC hardware — Narrate says that points of sale can be upgraded to accept Zoosh payments.

With the excitement surrounding the arrival of undersea cables in Sub-Saharan Africa and the prospects of the smartphone revolution in bringing mobile connectivity to most parts of the continent, it is easy to forget for instance that the continent still has 1 domain per 10,000 users.

In education, there are the vast prospects that e-learning provides for students, but doing this in a way that scales is difficult in Africa’s low bandwidth environment. There are also prospects in various sectors ranging from agriculture to finance each with its own unique set of challenges.

Amidst this backdrop, the obvious respite for bridging the access gap appears to be through smart phones. However, majority of Africans can only afford the cheapest of phones which are typically low end phones. To truly expand access, smart phone prices will need to crash drastically and rural connectivity would need to expand dramatically. Save for these two actions, revolutionizing the continent via the Internet will continue to remain a pipe dream.

Cloud computing has been eyed for some time as a solution for business continuity needs, as the thought of setting up new virtual servers on an automated, on-demand basis seems highly appealing. But when it comes to figuring out the kind of cloud offerings that will work best for business continuity, typically private cloud options are usually the ones considered. The reason for this bias is the configuration of the virtual machines themselves. While public cloud services can afford business clients a lot of computing power in a hurry for a low rate, that combination does not always equate to a continuity friendly environment.

Then there are the security concerns. If you are patching your own systems diligently, is the cloud provider providing the same patched for their own base operating systems? What other kind of security protocols are in place? On the legal side of the equation, does the cloud provider meet compliance in the areas of data breach notification, data retention, auditing, and whatever other compliance regulations you need to follow? What are the local laws for the datacenter and how do they comply with your own corporate needs in terms of security?

A new Kinect hack places virtual objects anywhere in the real world and lets you interact with them as if they were actually there.Most Kinect hacks just use a single version of the sensor, but a team at Microsoft Research has used four ceiling-mounted Kinects to map an entire room and the objects inside it in full 3D. A handheld projector acts as a flashlight that lets you peer into this virtual version of the world to reveal hidden images or draw in 3D space.This close link between the real and virtual world allows for some impressive interactions, such as creating virtual copies of real objects or generating a stream of virtual particles on a desk and watching them roll inside a real-life drawer.The project is unlikely to become a commercial product any time soon, but it's easy to imagine how a more polished version could lead to a holodeck-like environment in the comfort of your own living room.

The latest is a survey showing that IT professionals expect tablets to outnumber desktop machines in schools within the next five years.

The results, revealed by a Piper Jaffray analyst, point to the growing popularity of the iPad among technology directors at schools, all of whom are already testing and deploying the device on some level. The survey cited didn't have the biggest sample size (only 25 were polled), but the trend is consistent with other reports we've seen, and certainly Apple has been pushing the device for educational purposes.

Administering the devices from an IT standpoint can be challenging in a school environment, something that's already being felt in the enterprise market. It's an issue that school IT directors are already dealing with in school districts that hand out laptops to students.