Group items tagged

2008 Elections From the Jan. 3 Iowa caucuses to the Nov. 4 general election, information graphics were a major component of the New York Times election coverage. Interactive maps on the nytimes.com home page and inside the web site were rich with information, but easy to navigate.

2008 Olympics Coverage In August 2008, The New York Times graphics department published more than 30 interactive graphics covering subjects ranging from the Olympic torch to the medal count. The package included graphics produced in advance of the games, plus more than a dozen produced on deadline analyzing results from a vareity of events. Because NBC tape-delayed the showing of many events, these graphics frequently were readers' first visual picture of how a race was won.

Flight 1549 Lands in the Hudson River When U.S. Airways Flight 1549 made an emergency landing in the Hudson River, graphics editors immediately began reporting what happened in the air, building 3-D models of the plane and developing an interactive graphic. The graphic was initially published the same day as the emergency landing, and updated over the next several days as more information was released. Published Jan. 15, 2009

Money is just information, a way we measure what we trade, nothing of value in itself. And we can make it ourselves, to work as a complement to conventional money. Just a matter of design.We believe that the problems that come from conventional money can be resolved with open money systems.- where conventional money is scarce and expensive, the new money is sufficient and free.- where conventional money is created by central banks, new money is issued by us, as promises to redeem - our money is our word.- and where conventional money flows erratically in and out of our communities, creating dependencies that are harmful to the economy, society and nature, the new complementary money re-circulates, enabling business and trade.So let’s fix the money problem and for the rest of the problems that we face in our world, let’s see what follows.Read more at www.openmoney.org

Near-field communication (NFC) has been trashed by critics, who say it adds no value to consumers or is a technology in search of a need. But as we’ve pointed out, NFC is just a technology that can applied in a lot of different ways, apart from the digital wallet framework through which many people understand it.

Increasingly, we’re seeing more and more interesting projects and applications being built that show how NFC will be deployed outside of mobile payment situations. This not only indicates how flexible the technology is but also could help propel the overall technology in adoption, as consumers become aware of NFC and learn to use it for a variety of reasons.

Right now, NFC is still below the radar for most U.S. consumers, and the slow roll out of Google Wallet or the pending launch of Isis next year are, by themselves, only going to accelerate NFC adoption by so much. But having a host of uses for the technology could open people’s eyes and push them past any usability or safety concerns.

A group of Internet activists gathered last week in an Internet Relay Chat (IRC) channel to begin planning an ambitious project—they hope to overcome electronic surveillance and censorship by creating a whole new Internet. The group, which coordinates its efforts through the Reddit social networking site, calls its endeavor The Darknet Project (TDP).

The goal behind the project is to create a global darknet, a decentralized web of interconnected wireless mesh networks that operate independently of each other and the conventional internet. In a wireless mesh network, individual nodes can relay data for other nodes, ensuring that the routing of data remains robust as nodes on the network are added and removed. The idea behind TDP is that such a network would be resistant to censorship and shutdown because there would be no central point of control over the infrastructure.

"Basically, the goal of the darknet plan project is to create an alternative, more free internet through a global mesh network," explained a TDP organizer who goes by the Internet handle 'Wolfeater.' "To accomplish this, we will establish local meshes and connect them via current infrastructure until our infrastructure begins to reach other meshes."

“Context-awareness can make computing devices more responsive to individual needs and help to intelligently personalize apps and services. Using self-learning mechanisms, sensor inputs, and data analytics, Intel research teams are engaged in a number of projects that promise to take machine learning beyond the lab to practical, real-world applications.”

Most interestingly, the site goes into some depth on Intel’s current projects that explore the boundaries of context-aware computing:

Online Semi-Supervised Learning and Face Recognition: Use face recognition in place of a password to log in to any protected site. The self-learning techniques being refined by this project can be adapted to many areas of context awareness.

Putting sensors and actuators in everything from homes and cars to shoes and coffee cups promises to make our daily lives easier, safer and more efficient. But such 'ambient intelligence' requires a merger of the virtual and digital worlds. EU-funded researchers in the Sensei project are bridging the gap and their results are already leading to 'smart cities' being set up all over Europe.

'Today, the internet world is a virtual world of data mostly stored and accessed from servers,' says Dr Hérault. In the future, we will have an 'Internet of things' in which a multitude of things in the real, physical world will be digitised continuously: in many situations, we won't just be asking web servers for data, we will be asking sensors in everyday objects for data, he suggests. 'We need to understand how best to interconnect the real world and the virtual world.' 

An open service interface that uses semantic information to process data means that information is accessible and understandable to both humans and machines.  'You could ask, for example, "What is the temperature on Oxford Street?" The system would decode that semantic information, access sensor networks on Oxford Street that have temperature sensors, check the reliability of each network with regard to information quality, and return an answer,' Dr Hérault explains. 

Post-revolution Egypt is in a state of flux overlooked by outsiders. New political parties are forming while various factions hustle for power. As Egypt gears up for free elections, tech-savvy geeks are betting that their projects will have a major impact on how people will vote.

A combination of academics and entrepreneurs recently worked with Egyptian activists on a “Hackathon for Egypt” that provides some interesting--and fascinating--clues.

Participants in the hackathon were organized by Cloud to Street, a project dedicated to aiding Egyptian activists through technology. Cloud to Street is headed up by a loose group of primarily Canadian scholars and diplomats. Approximately 75 programmers took part, as well as Egyptian activists who attended both in person and via teleconference

people want work and have to act like they’ve got work to get it. And more often than not, people won’t settle for work that’s matched to their experience. They want the big names because what do we honour in our social media circles? Names. The reality is that if these scores of people spent as much time projecting as they did actually humbling themselves to take work at their level and do it, they wouldn’t have to project having work in order to get the work they so desperately need. Right now I know of dozens of people who need work, some famous, some not, who if they would just stretch their hand out and ask, without searching for the big brands, the

I had a friend who told me the truth when he couldn’t tell others. His name was Trey Pennington, and when we lost him this month (and there was more to his loss than most know), we became determined to help others who felt equally unable to get the help that they needed

I know that most self employed and company owners within our Like Minds community are on the edge of their finances. They are startups in tough times, and the consultants especially are struggling to get work. I venture that together we could help a whole lot of people get the work they need if they told the truth and could be open with one another.

Master tinkerer [Ryan Rusnak] created the very popular BEER ROBOT. With a press of button on Ryan’s iPhone, the mini fridge armed with an air cannon and webcam fires a beer at him with deadly accuracy. Ryan linked the controls to the iPhone using the ioBridge IO-204 module. So, in reality he could control his creation from anywhere in the world via the Internet. Less exciting and deadly are Ryan’s ability to remotely monitor and control the temperature of the refrigerator also via ioBridge. The Mini Fridge Beer Robot is featured in Popular Science magazine in the June 2011 issue: Inventions of the Year. In this PopSci, you can learn how-to create your very own beer firing robot with a step-by-step guide. The beer robot, dubbed the ioFridge, is the perfect connection between man and machine! And, when we created ioBridge, you better believe we saw a future of armed machines that are web-enabled. Congrats on making PopSci and getting us one step closer…

Here is where Project Spartan may come in. Project Spartan is the unofficial name given to Facebook’s mobile HTML5 efforts. “I am not sure what Project Spartan was,” demurs Taylor before proceeding to explain how the mobile web it fits into Facebook’s overall mobile strategy. Facebook wants to be available everywhere on any device. If that means native mobile apps, that’s fine. But if someone doesn’t have a Facebook mobile app on their device, there will always be a mobile web version as well.

Near-field communication (NFC) has been trashed by critics, who say it adds no value to consumers or is a technology in search of a need. But as we’ve pointed out, NFC is just a technology that can applied in a lot of different ways, apart from the digital wallet framework through which many people understand it.

Increasingly, we’re seeing more and more interesting projects and applications being built that show how NFC will be deployed outside of mobile payment situations. This not only indicates how flexible the technology is but also could help propel the overall technology in adoption, as consumers become aware of NFC and learn to use it for a variety of reasons.

Right now, NFC is still below the radar for most U.S. consumers, and the slow roll out of Google Wallet or the pending launch of Isis next year are, by themselves, only going to accelerate NFC adoption by so much. But having a host of uses for the technology could open people’s eyes and push them past any usability or safety concerns.

Researchers Sean Gustafson, Christian Holz and Patrick Baudisch of the Hasso-Plattner Institute have created a working prototype of a touch interface

A wearable depth camera tracks the user's movements on the surface of the palm of his or hand, corresponding to specific commands for an iPhone or other touchscreen phone, such as sliding to unlock and time settings.

Imaginary Phone allows users to control their mobile devices without taking it out of their pocket. Instead, users mimic the interaction on the palm of their hand. The interaction is tracked by a wearable depth camera which sends input events to the actual physical device. By mimicking the layout of the physical device, here an iPhone, users can operate the device based on spatial memory built up while using the physical device.

Global Internet traffic is expected to quadruple between 2010 and 2015, according to data provided to Mashable by Cisco.By that time, nearly 3 billion people will be using the Internet — more than 40% of the world’s projected population. On average, there will be more than two Internet connections for each person on Earth, driven by the proliferation of web-enabled mobile devices.Internet traffic is projected to approach 1 zettabyte per year in 2015 — that’s equivalent of all the digital data in existence in 2010. Regionally speaking, traffic is expected to more than double in the Middle East and Africa, where there will be an average of 0.9 devices per person for a projected population of 1.39 billion. Latin America is close behind, with a 48% increase in traffic and an estimated 2.1 devices per person among a population of 620 million.The rest of the world will experience more moderate growth in terms of traffic, but the number of devices per person is forecast to increase significantly. By 2015, there will be an average of 5.8 devices per person in North America, 5.4 in Japan and 4.4 in western Europe.

Somewhat surprisingly, it is neither mobile phones nor tablets that are expected to grow the most in the next four years. Rather, flat panel televisions will experience the greatest production increase globally, up 1063% from 2010, followed by tablets (750%), digital photo frames (600%) and ereaders (550%). The number of non-smartphones and smartphones is expected to increase by 17% and 194% worldwide, respectively

The state of Ceará, in Northeast Brazil, contributes only to 2% of the Brazilian GDP. Yet, it will soon host the Brazil’s largest public broadband Internet network. The Cinturão Digital do Ceará (CDC), which translates as Ceará’s Digital Big Belt, will be inaugurated this Thursday by the governor Cid Gomes and the Science and Technology Minister Aloizio Mercadante. So why did the local authorities decide to invest around R$50m (US$28.6m) into this initiative?

Many people couldn’t afford faster speeds anyway – in Fortaleza, one third of the population lives in favelas (slums) filled with migrants who have left rural areas.

This situation led the state to develop its own public network, the CDC. It is a highly ambitious project; according to the government, it consists of a whopping 2,600 kilometers of optic fiber.

So, HP is now distancing itself from webOS under the guise of making it open source. It presumably could not find a company willing to buy the platform so now it is taking the only avenue that is available. HP now has very little way to make money off of webOS. As a licensed open source project, it is not going to be able to sell licenses to the platform, the way Microsoft does with Windows Phone. Nor does it have Google's clout in the advertising world to monetize webOS the way Android does. HP must pin its hope on the notion that developers, OEMs and carriers will pay HP for its software and cloud services in the development of webOS applications.

Herein lays the problem. As an open source project, developers will be able to choose whatever cloud and development tools they want. The fact that webOS is so closely tied to the Web does not help either because there are a variety of solutions to make HTML5 Web apps outside of HP. From the startup realm with companies like appMobi, Sencha, Appcelerator to enterprise developer companies like IBM and SAP, HP has no way to tie the development process to itself in an open source environment. Google has accepted this fact and lets the Android ecosystem do as it pleases because as long as people have Android devices in their hands, Google stands to make money from when and how they use the Web and native apps on the device.

Isis, the near field communication mobile wallet venture from Verizon, AT&T and T-Mobile, took another step forward with the announcement that it has selected SIM card maker and digital security specialist Gemalto as its trusted service manager (TSM) for the wallet. The deal means Gemalto will manage the secure element on Isis phones, overseeing the transfer of payment credentials from banks and payment services to the Isis wallet application on phones.

Gemalto will essentially hold the payment keys for Isis, controlling which service providers are able to tap Isis for contactless payments. It won’t participate in the actual transactions but will enable a host of applications, from payments to coupons and loyalty cards.

The deal is an important step for Isis, which is moving ahead toward a launch in the first half of 2012 in Salt Lake City and Austin before a larger nationwide roll out. The joint venture will compete with Google Wallet, which launched in September with partners Sprint, MasterCard and Citibank and First Data as its trusted service manager.

MasterCard, the longtime credit card and payments processor, wants to reposition itself as a technology company. Throughout the latter half of 2011, it has been pushing hard on the technosphere to make sure that journalists and bloggers know the company is doing some cool stuff around payments research and the cutting edge of technology, like NFC, audio signals and QR codes that can lead to purchases through smartphones.

It now comes as no surprise that MasterCard has announced a partnership with Intel on a multi-year strategic partnership that is intended to enhance the security and payment experience for digital commerce. These are two titans in the tech and financial industries and shows one of the first steps of these two industries merging in the future.

Making A Dent In The 85%

The Tor developers are calling on people to sign up to the service in order to run a bridge - a vital point of the secret network through which communications are routed. "By setting up a bridge, you donate bandwidth to the Tor network and help improve the safety and speed at which users can access the internet," the Tor project developers said in a blog.

"Setting up a Tor bridge on Amazon EC2 is simple and will only take you a couple of minutes," it promised.

Users wishing to take part in the bridging project, need to be subscribed to the Amazon service.

Research In Motion has staked its claim as a leader in the mobile payment and Near Field Communications space with the announcement of a new pilot project which will see Telefonica employees at the network operator's Madrid headquarters able to pay for goods in local retailers with their BlackBerrys.

The Telefonica Wallet for BlackBerry project will allow users of the NFC enabled BlackBerry Bold 9900, BlackBerry Curve 9360 and BlackBerry Curve 9380 handsets to pay by touching their device against a reader in participating stores.

The SIM-based NFC technology stores funds and transcation details electronically on the phone's chip while at the front end an application on the device allows user to choose which cards they want to use, as well as get account balances.