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Τρίτη 28 Ιανουαρίου 2014

World’s first affordable powered exoskeleton is almost here: Prepare for mech wars

World’s first affordable powered exoskeleton is almost here: Prepare for mech wars


 The first affordable, mass-produced robotic exoskeleton will be on sale next year from Panasonic. For 500,000 yen, or slightly under $5,000, this full-body power garment will let you hoist 100-kilo (220-pound) objects and move at speeds up to 8 kph (5 mph). While this device would make a nice addition to any wardrobe, will it have immediate practical value, or will it mainly be purchased by hobbyists and educators as a base platform for mere experimentation?

 Activelink, the Panasonic subsidiary responsible for the suit, plans to begin rollout of the first batch of 1000 starting in 2015. At its heart will be a lithium-ion battery pack that can provide for several hours of general purpose activity. We might suppose such activities would just be the familiar exoskeletal fare — hefting small vats of nuclear soup in disaster situations, or carrying cases of munitions. However, if enough designers get hold of this potentially hackable, wearable toolbox, we might actually begin to see some interesting applications emerge.


 While the suit might let you out thumb a lobster, the included grippers are no jaws of life. Lacking high-tech hydraulics, there will be no car crushing. Once some video of the suit performing some real field tests is released we might get a better idea of how fast, and accurate, under load, the suit might be. Where this exoskeleton may shine, would be if interchangeable tool systems can be developed to swap in for the grippers. The designers envision a suite of tools for things like hammering, drilling, or scooping operations, similar in fact, to those already designed into one the most innovative robotic systems ever built — the Athlete rover now under testing at NASA’s JPL (Jet Propulsion Labs). It is probably worth mentioning a few things about this system, to give some idea of where practical exoskeletal worksuits could be headed.


 The hexapodal Athlete is not an exoskeleton for a person; it is of a much larger scale, more of an exoskeleton for a car. Actually, it is a kind of car itself, having wheels affixed to one side of each end effector, and tool-changer interface on the other. In theory one could chop up a handful of Segways, and affix them to off-the-shelf Fanuc robotic arms using standard CNC tool holders on each end, but that does not seem to be what was done by JPL. I asked the head engineer on the Athlete program, Brian Wilcox, why they did not go with industry standards here. He indicated that in order to meet the stiff requirements for spaceflight (like weight, reliability, and withstanding harsh environmental conditions) hydraulics and heavy steel designs would be precluded.

 That is unfortunate because a modern CNC tool interface, with clamping forces measured in tons of pressure, spindle “run-out” accuracies in ten-thousands of an inch, RPMs in the tens of thousands at 20-hp, and angular positioning to tenths of a degree, would make one heck of a hand. Once the limb hardware designs move into this regime, the major limitation will probably become one of control. Although we are owed a mind-controlled robot exoskeleton by the 2014 World Cup to make the opening kickoff, nervous control of actual tools will be a challenge. Wearable 3D printers giving one the ability to go from mental construct directly to physical construct, while imaginable, are still in the realm of fiction.

 For now Panasonic is looking to partner with companies that can move the suit to the masses. Rental agreements, much like those which have been successful with the Segway are envisioned, and before too long we try one out at the local mall. The jury is still out however on whether the suit will remain little more than a gimmicky plaything, or something for the next year’s Craftsman catalog.
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 source: extremetech.com

Παρασκευή 24 Ιανουαρίου 2014

Microsoft Research: The 5th edition

Microsoft Research: The 5th edition of WorldWide Telescope now available with new features.


Back in 2008, Microsoft had announced, at TED conference in California, the program called WorldWide Telescope, through which users could explore the universe as known to date, the program continues for several years in a trial form.

 To celebrate it's fifth birthday, Microsoft has released the fifth version of the application with several new features. The WT offers, according to the company, a "cinematic" experience with full three-dimensional models of all the known planets, and an enormous map. The 5.0 version offers high-resolution modeling experience, while also incorporates a faithful reproduction of the International Space Station.

 For those interested, you can download the WorldWide Telescope via the link below. It should be noted that the program is still in beta version, so several corrections are expected in the coming period.


Download Link: wpcentral.com
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 source: wpcentral.com

Κυριακή 19 Ιανουαρίου 2014

Laser makes ultra-light mirror out of tiny beads

Laser makes ultra-light mirror out of tiny beads

A surprising kind of mirror (Image: Tomasz M. Grzegorczyk, 
Johann Rohner and Jean-Marc Fournier)

 Shooting a laser at polystyrene beads, scientists have made a mirror that is held together by light. The creation could be a step towards putting ultra-light mirrors in space that would be big enough to see continents and forests on planets orbiting far-off stars.
 Current space telescopes have limited vision because is it costly and complicated to send large, heavy mirrors into orbit. The mirror on NASA's premiere planet hunter, the Kepler space telescope, is just 1.4 metres across and cannot see planets directly. Instead Kepler spots the tiny changes in brightness when a world crosses in front of its host star.
 When NASA's James Webb Space Telescope launches in a few years, it will carry the largest mirror yet into space: a 6.5-metre behemoth made of 18 interlocking segments. To fit into the launch vehicle, the mirror itself will have to be folded up and then unfolded in space.
Jean-Marc Fournier of the Swiss Federal Institute of Technology in Lausanne, Switzerland, and his colleagues have revived an old idea for building much larger mirrors by exploiting the force produced when laser beams hit tiny particles. Previous work has used this force to make optical tweezers, which can trap and manipulate a few particles at a time.

Self-healing mirror

 In 1979, astronomer Antoine Labeyrie, now at the Collège de France in Paris, suggested that the force could also trap a collection of particles into a flat plane to form a mirror. In theory, shooting two lasers at a central point should cause their optical forces to interfere, creating a stable region where particles line up to make a two-dimensional surface.
 Such a mirror would be exceptionally light, relatively inexpensive and even self-repairing, as any particles knocked out by micro-meteors, which are constantly zipping through space, would simply be replaced by others nearby.
 With funding from NASA's Institute for Advanced Concepts, Fournier's team took a first step towards this goal. They used a single laser to trap 150 micrometre-sized polystyrene beads against a sheet of glass (pictured). Light would normally bounce off a single bead in all directions, but grouping them together produces a flat reflective surface that acts exactly like a mirror, says Fournier.
 To prove the mirror worked, the team shot light through a transparent ruler, so that it bounced off the beads and onto a detector. The resulting picture was murky, but they were able to make out an image of the number 8 on the ruler, which wasn't possible when the beads were removed from the glass.

Spying on exo-Earths

 Fournier thinks the technology could be scaled up to make a 35-metre mirror that would weigh just 100 grams, although he admits there are a number of hurdles to overcome before this technology can be used in telescopes. At the moment the beads are in water, which helps cool them and keep them together, but this wouldn't be possible in the vacuum of space.
 "The water is cheating, we know that," he says. "At least it helps us move a little bit towards another step." Replacing the glass with a second laser will also be a challenge, as will finding a cost-effective power source for the lasers.
 "Whether this technology could be ready for a James Webb successor is quite speculative and would depend on many engineering and mission details that are not yet known," says Jonathan Arenberg of Northrop Grumman Aerospace Systems in Redondo Beach, California, who is the chief engineer for the telescope.
 Labeyrie says he would like to see the team repeat the experiment in a vacuum and in microgravity, perhaps on the International Space Station. If the technology holds up, he envisions sending up an array of laser-trapped mirrors that would act collectively like a single large one.
 "Ten or 100 kilometres may become feasible in this way, and this can provide direct images of exo-Earths, where continents and forested areas such as the Amazon Basin become directly visible," he says.

Journal reference: Physical Review Letters, DOI: 10.1103/PhysRevLett.112.023902
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 source: newscientist.com

Πέμπτη 16 Ιανουαρίου 2014

Ladies and gentlemen, boot your robots!

Ladies and gentlemen, boot your robots!


 Miami Speedway in Homestead, Fla., was the place to be late last month for an unusual two-day competition: the "DARPA" Robotics Challenge Trials. But if you went expecting high-octane cars zooming around the track at blazing speed, you might have been disappointed.
The 16 robots participating in the challenge moved more like the tortoise than the hare, as they performed such tasks as opening doors or climbing a ladder; tasks aimed to speed the development of robots that could one day perform a number of critical, real-world, emergency-response tasks at natural and human-made disaster sites.

 The 16 robots participating in the challenge moved more like the tortoise than the hare, as they performed such tasks as opening doors or climbing a ladder; tasks aimed to speed the development of robots that could one day perform a number of critical, real-world, emergency-response tasks at natural and human-made disaster sites.


 After the March 2011 Fukushima nuclear accident in Japan, the U.S. government's Defense Advanced Research Projects Agency (DARPA) created the Robotics Challenge. Its goal is to develop ground robots that can work in dangerous, degraded, human-engineered environments.

 At the Miami Speedway, the robots competed against each other in a series of tasks, each worth a maximum of four points. Tasks were subdivided into parts depending on the number of sub-tasks involved. For instance, if there were three doors for the robots to open, each part was worth one point, and so on. The fourth and final point was a bonus awarded if the robot completed all three tasks without any direct (physical) human intervention. Each team had 30 minutes to complete a task.

 While most of the entries were engineered to resemble humanoids with two legs, JPL's RoboSimian tackled tasks like climbing over rough terrain on all four of its limbs (thus the Simian part of the name). Robosimian placed fifth out of 16 teams competing. Only the top eight were named "finalists" and will get the opportunity to receive continued "DARPA" funding to compete in the Robotics Finals event in late 2014. These teams will be among those battling to win a $2 million prize.
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 source: tgdaily.com

Δευτέρα 13 Ιανουαρίου 2014

Razer shows off wondrously crazy PC

CES 2014: Razer shows off wondrously crazy (and sadly unrealistic) fully modular oil-cooled PC



 At CES 2014, Razer is showing off one of the craziest and most beautiful PCs ever imagined: A fully modular PC tower that is cooled with mineral oil. Each of the components, whether they’re graphics cards, hard drives, or RAM, is stored within a self-contained pod that can be switched out at any time. Each pod is sealed and contains two self-sealing ports that, when plugged into the system’s central spine, allow mineral oil to circulate and keep the components cool. Dubbed Project Christine, the modular PC is currently just a prototype, but if everything goes to plan Razer hopes to have a finalized version of Christine ready for CES 2015.

 According to Razer’s CEO Min-Liang Tan, Project Christine is meant to bring build-your-own computing to the masses. Tan argues that one of the main perks of the PC is flexibility and upgradability, and yet due to the complexity of working inside a PC, the DIY thing has always been the reserve of enthusiasts. Project Christine hopes to change that. While it’s a nice idea, we’re pretty dubious about whether it’s actually technologically possible — and even if it is, we expect it will cost so much that only enthusiasts will be interested, anyway. 

 At the moment, Christine is an incredibly high-concept prototype that, if it ever made it to reality, would probably only sell a few dozen units. Still, let’s discuss it anyway, because let’s be honest: It’s frickin’ awesome. Christine consists of a central spine containing the motherboard and mineral oil reservoir, and self-contained modules that plug into it. According to Razer, these modules can contain a CPU, GPU, hard drive, SSD, RAM, or power supply. Multiple-GPU configurations are supported (the prototype at CES 2014 is a triple-SLI setup). The motherboard, at least in Christine’s current setup, is not upgradeable. Integrated graphics are also available, if no GPU modules are plugged in.

The connectors on the main spine of Project Christine. PCIe is the big rectangular block, and oil is on the left and right side. [Image credit: Engadget]

 On one end of each module is a proprietary connector, plus two self-sealing ports that allow mineral oil to circulate through the module, keeping the components cool. Tan says that everything is connected via PCIe 3.0, though that’s probably just marketingese. While it might theoretically be possible to connect the CPU and RAM to the motherboard via the PCIe bus, it would be a bad, bad idea due to high latency and low bandwidth. It’s possible that Razer has MacGyvered some kind of special, low-latency PCIe solution powered by a custom ASIC — but realistically, the CPU and RAM will probably just be connected using their normal buses, leaving PCIe for the storage and graphics modules.


 Even if the CPU and RAM do use their own buses instead of PCIe, there are still a whole raft of problems with making them modular. In a normal PC, the CPU and RAM are socketed on the motherboard. The hundreds of traces (wires) that run between the CPU, RAM, and other controllers/bridges are very short. If you move the CPU or RAM off the motherboard, the wires would have to be very long — and that could introduce all sorts of timing and crosstalk issues. It’s possible that Razer have completely overengineered Christina and given her absolutely ludicrous internals. But it’s also possible that Christina, at least in her current incarnation, just isn’t viable.

 Don’t get me wrong: It’s completely viable to have a PC with modular storage, PSU, and graphics cards. A plug-and-play oil cooling solution is completely genius, too. But unless Razer can pull off a rather miraculous feat of engineering, I just don’t see the modular design extending to the CPU and RAM. A better solution — and probably a cheaper solution — would be to have a “base module” that consists of the motherboard, RAM, and CPU that have been engineered to be easily replaced. It might not look quite as dramatic as the current Christine incarnation, but it would still be pretty darn cool.

 Currently there’s no word on either a release date or expected MSRP of Project Christine, but spring 2015 and a price point of around $300 for a barebones system (just the central spine) sounds about right. Because Razer will probably be the only one who makes the modules (at least to start with), you are probably looking at a premium price of $2,000 or more for a top-end system. Significantly more than building your own PC, eh, Mr Razer CEO?
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 source: extremetech.com



Κυριακή 12 Ιανουαρίου 2014

innovations coming up in 2014

Ten amazing science and technology innovations coming up in 2014


 From the world's largest underground hotel to Star Wars-style holographic communication, 2014 
is set to unveil an array of incredible advances in science and technology. 

-The Leia display system is set to make holographic video calls a reality in 2014

 The growth in video communication has been exponential. Skype now boasts 300 million users, and a 2012 Ipsos/Reuters poll revealed one in five people worldwide now frequently “telecommuted” to work. But Star Trek fans will be happy to hear that incoming technology will add a further dimension to international conference calls. Known as holographic telepresence, it involves transmitting a three-dimensional moving image of you at each destination – allowing you to converse as if you were in the room. One system from Musion, based in Britain, uses Pepper’s Ghost, an effect popular with illusionists, to beam moving images onto sloped glass. Musion has already digitally resurrected rapper Tupac Shakur at a music festival. But full 3D holographic communication is not far behind – in the shape of the Polish company Leia. Named after the Star Wars princess, its Leia Display XL uses laser projectors to beam images onto a cloud of water vapour. The result is a walk-in holographic room, in which 3D objects can be viewed and manipulated from every angle. An IBM survey of 3,000 researchers recently named holographic video calls as one technology they expected to see in place in the next year or so.

-Formula E racing 



 If you think the atmosphere at a Formula 1 grand prix is electric, you’re going to love the new motor sport starting next year. Formula E will see drivers racing around city-centre circuits - including London - in battery-powered electric cars. The new championship, which is backed by the FIA, motor racing’s governing body, promises cars as sexy as those driven by Lewis Hamilton, Sebastian Vettel et al, but with lithium-ion batteries and electric motors instead of fuel tanks and pistons. And, while their top speed is expected to be 155mph, slower than Formula 1, the event will compensate with exciting street circuits and brightly-lit night events. The pit stops will be different too: with the batteries running out of juice after 20 minutes, drivers won’t just change their tires, they’ll jump into new cars. The season is scheduled to start on September 13 in Beijing, with further races in the streets of Rio de Janeiro, Berlin and Los Angeles amongst others, before the final event in the centre of London on June 27 2015.



-Faster online deliveries



 In this age of instant gratification, waiting days for internet purchases to arrive suddenly seems very 2013. So, from next year, behemoths like Amazon and eBay will be stepping up their efforts to deliver goods on the same day they’re bought, even if that day’s a Sunday. Eventually, Amazon founder Jeff Bezos envisions unmanned drones bringing products to our doors within half-an-hour.  In the meantime, he’s increasing his number of warehouses and overhauling his partnerships with couriers to get us what we want as quickly as possible. It’s another nail in the coffin of traditional bricks-and-mortar stores.

-Virgin Galactic launches. Yes, really.



 Despite delays in testing – the first flights were promised by 2011 – Sir Richard Branson’s dream of making money in space is nearing reality. A test flight was completed in April, and it was announced in November that television network NBC has agreed to televise the first ever public flight from New Mexico “sometime in 2014”.  

-The Swiss Army knife of credit cards


 According to a recent survey, one in five consumers in America no longer carry any cash on them. From next year, they won’t need their ever-growing collection of plastic payment cards either. San Francisco company Coin has invented a device the same size as a credit card that holds the information of up to eight debit, credit, loyalty or gift cards. Customers press a button to choose which one they want to use and then simply swipe their Coin in the usual way. And if you lose your Coin? The card is synched to your smartphone and when the two are separated your phone receives a notification. In other words: you can’t leave home (or a shop, or a restaurant) without it.

-Shanghai’s underground hotel



 In an abandoned quarry at the base of China’s Tianmenshan Mountain, 30 miles outside Shanghai, an extraordinary hotel is taking shape. At a cost of £345 million, the InterContinental Hotels Group is building a five-star resort that will boast two floors above the top of the 330ft rock face and another 17 storeys below ground level, two of which will be underwater. If construction goes to plan, the first guests at “the world’s lowest hotel” will check-in by the end of 2014.  

-Countdown to Mars 



 As it stands, if you felt the urge to make the 54-million-mile trip to Mars, it would take you nine months. That’s around 39 weeks dealing with cosmic radiation, asteroids and wastage to your bones and muscles.
But VASIMR could change all that. Set to be tested aboard the International Space Station in late 2014 to early 2015, the Variable Specific Impulse Magnetoplasma Rocket is an experimental engine that, if it works, could get us there in three months.

 To simplify enormously: existing chemical rockets only produce short bursts of speed as they burn a vast amount of fuel in one go, but at a relatively low velocity. By contrast, VASIMR takes a tiny bit of propellant (plasma), heats it to very high temperatures (two million degrees centrigrade) using radio waves, then uses magnetic fields to push it out at extremely high velocities. The result is a steady, continuous acceleration to higher speeds, using far less fuel.

 In theory. One current problem is the power required to heat the plasma. For short flights near Earth, solar panels suffice. But a mission to Mars would require a far bigger continuous power supply – and that means a wider initiative to build a nuclear reactor small and safe enough for the trip.

 But manufacturers Ad Astra – lead by former NASA astronaut Dr Franklin Chang Díaz – say VASIMR is a game-changer. Better still, for the sci-fi fans among us, VASIMR even burns with the same bluish tint and luminescence of fictional spaceships engines. Which is what scientists like to call “the clincher”.

-More transparent shopping


 For some people, it’s about whether the factory workers are being treated ethically. For others, it’s about the impact upon the environment. For a great deal more of us, it’s about checking whether you’re about to feed your child a Turkey Twizzler made out of freshly-slaughtered Romanian horse. Either way: in the age of globalisation, knowing where your product has been made or grown, and its route to market, has taken on a new importance.

 Embracing this shift in consumer priorities is Provenance (www.provenance.it) - a new type of search engine attempting to chronicle just that. From chocolate bars to jackets to shoes to chef’s knives, Provenance tells you where a product is made, who the manufacturer is and what the product is made from.


 But while Provenance includes vivid personal stories from farmers, workers, craftspeople and so on, there’s no attempt to catch out corporations with their hands in the sweatshop, Roger Cook style. Instead, the site works in collaboration with everyone from small-batch producers to large multinationals in the hope that, by simply taking the mystery out of supply chains and worldwide commerce, the site will help shoppers make better choices. As well as gently forcing companies to improve their environmental and social impact.

-Fecal bacteriotherapy


 Not every emerging scientific advance is complex, or sophisticated. Or, for that matter, something you'd discuss at the dinner table. Fecal microbiota transplantation (FMT) – the process of transferring fecal bacteria from a healthy individual into a sick recipient - has been around since 1957. But it’s only in the last decade that FMT has been seen as simple, safe, low cost, low risk, accessible, and, apparently, a permanent treatment alternative to increasingly high-strength antibiotics.

 To explain: when a patient is given broad-spectrum antibiotics, the effect is to carpet-bomb all the healthy bacteria that live in our guts, leaving the patient open to infection by other bacteria - such as the potentially fatal Clostridium difficile. Since 2000, hypervirulent strains of C. difficile have developed, and now kill over 2,000 people a year in the UK alone. But FMT is the shock troops: a quick, easy way of restoring healthy bacteria into your guts to fight the infection. And fight they do: an incredible 89% of patients are instantly, and permanently, cured.


 And new research suggests FMT might also offer cures for not just IBS, colitis, constipation and colonic ulcers – but also a growing number of neurological and auto-immune conditions such as Parkinson's. In October it was announced FMT was now available in pill form, making it slightly more appealing.
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 source: telegraph.co.uk

Τρίτη 7 Ιανουαρίου 2014

Fiber Optic Light Glove, Gloves Flashlights

Fiber Optic Light Glove, Gloves Flashlights


    -Flashlights Gloves:

 In general we only know the gloves as protective equipment whether it be from the sun or any light as protective gear while working. But this one glove gloves are not as often we use every day, but the glove has a specific function and can also be used as an accessory on your hands. "Fiber Optics Light Glove". Fiber optic light glove is a glove that can emit bright light and almost the same with the flashlight. Light released by the Fiber optic light glove comes from the battery attached to the wrist and then connected by optical fiber and then into the glove.


 You may have experienced something like being distracted because there might be something to the media shadows where you focus your work or even hindered by the shadow of your own hands. Things like that experienced by a designer "Slovenia Tilen SEPIC", he was very upset when he did a job but was always blocked by the shadow of objects and also his own shadow. And from where "Tilen SEPIC"  inspired a tool that creates a glove that can produce a light that when she worked there would be no shadows in his way again.


 The solution found by the "SEPIC Tilen concept" is based on the fact that the optical fiber is made of a thin and sleek integration which can give off light to the fingertips so that users feel disturbed and still be able to work as comfortable as possible. At these gloves gloves not all surfaces give off light but only some are located on the index finger and thumb. However, although only two fingers that can produce light that is enough to illuminate your work area focus on the tip of the index finger even well placed lights that allow you to use it as well as a flashlight. That is why the work of the "SEPIC Tilen" many who call "Flashlights Gloves".
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 source: newuniquetech.com


Σάββατο 4 Ιανουαρίου 2014

EmoSpark an AI cube, with android!!!

EmoSpark is an Android-powered AI cube that reacts to your mood.



 People tend to be a little creeped out by a machine pretending to be human, as evidenced by the almost universal uncanny valley response to humanoid robots. However, that doesn’t mean it is a bad idea for technology to be a little more human in the way it responds to us. The EmoSpark is an attempt to make "artificial intelligence" more friendly by packing the AI into a small cube that can recognize and react to your emotional state.

 The EmoSpark console is only 3.5-inches on a side and fits in the palm of your hand. It is being designed by inventor Patrick Rosenthal who wants to use the EmoSpark to recognize not only people, but their emotions in real time. The cube does this with traditional face-tracking technology and a content analysis engine developed by Rosenthal. Theoretically, by glancing at you, the EmoSpark will be capable of differentiating between basic human emotions.

 Our "brains" are hardwired to recognize emotions in others — the tiniest cues can tip us off that someone is angry or upset. For a machine, though, it’s a herculean effort to extract a signal from the noise of human expressions. Rosenthal says the key to allowing the EmoSpark to recognise emotion is a dedicated chip called the Emotion Processing Unit (EPU). Users interact with the cube through voice or text via a smartphone, tablet, or computer. This allows the EmoSpark to build a so-called Emotional Profile Graph (EPG) of itself — each EmoSpark becomes unique. Combine this with face tracking, and the device can get a sense of a person’s mood.


 Assuming the EmoSpark is able to figure out your mood, what can it do with that information? At first, not very much. As it is starting to get to know a person, the AI is able to recommend various songs, videos, and other content on sites like YouTube and Facebook. As the cube’s EPG gets more advanced, it will be better able to respond verbally to people it recognizes. This is essentially 
a machine that learns empathy. The EmoSpark will have an API that allows app developers to plug into the EPG. This will graft new abilities onto the EmoSpark, giving it new ways to interact with its human friends.

 The EPU that powers the facial tracking and empathy business is a custom-built 20MHz chip, but that’s not the only hardware at work. The EmoSpark also contains a 1.8GHz CPU, 2GB of RAM, and an internal WiFi antenna. The interface shown on your screen while the cube is "learning" 
about you is running on top of Android, which should make integrating EmoSpark easier for developers.

 EmoSpark is currently on Indiegogo with almost two months to go. The creator is seeking $100,000 to build the device, but it’s a flexible funding campaign, meaning everything pledged will be handed over even if the goal isn’t reached. The $224 early bird deal gets you one EmoSpark to be delivered in May 2014.
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 source: extremetech.com

Παρασκευή 3 Ιανουαρίου 2014

Redheads first on password selection

Redhead women first on password selection


 Piece of cake for hackers the logic that we choose our passwords.
Our online routine is governed by their rules and wink at those who chase them in molds.

 Users don't spend time in choosing a password and they use standard components and even worse, about 70% (according to some studies) of "keys words" don't open only a service, but provide access to others too (one password for all user accounts) according to an article of the Sunday Eleftherotypia «Plus».

 Surveys have shown that the most popular color on the web is blue. This happens because the most popular websites and search engines (Google, Facebook, Twitter) often use blue in their logos. Hence when users are asked to dress codes with some elements, the color choice is blue.

 Some studies have show that the best passwords are created by redhead women, while the worst are made by bearded men. The users when have to choose a password they do not spend time in choosing. So while a safe code could contain a combination of many different elements, very often people stick to the same characters.

 Experts begin backwards trying to analyze the methods of breaching passwords, in order to develop systems that enhance security. They try to copy the logic of hackers who target their attacks, in retrieving data from social networks, and with the use of mathematical symbols they quickly unlock the secured users informations.


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 soutce: digitalnews.gr

Τετάρτη 1 Ιανουαρίου 2014

10 Hot New Tech Gadgets

10 Hot New Tech Gadgets


Here are the 10 more expected tech-gadgets of 2014!
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-No#01:

 The Logitech Wireless Solar Keyboard K750 makes battery hassles a thing of the past, even indoors. The keyboard connects automatically via a 2.4GHz wireless unifying receiver, and the solar battery will stay charged for up to 3 months, even in total darkness.

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-No#02:


 Making the perfect external storage companion to the Apple® Macbook®, MacBook™ Pro or Macbook Air™, the new Hitachi G-DRIVE™ slim external hard drive gives users 320GB of storage and ubiquitous USB 2.0 connectivity in an amazingly slim form. Formatted for Macs with simple plug n’ play connectivity, the G-DRIVE slim is Time Machine® ready for added backup protection, and it’s USB-powered, so there is no need to carry around an extra power cord.

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-No#03:

 The Crux360 is a clamshell-keyboard case that allows you to use the iPad® in a multitude of positions. All iPad ports and buttons remain accessible while using the case.
It features a full bluetooth® keyboard, and features four modes:
  1. Laptop Mode — allows use of the keyboard.
  2. Movie Mode — great for watching videos, playing games, or just surfing the Internet.
  3. Tablet Mode — great for reading books or magazines.
  4. Carry Mode — closes up and protects your iPad’s® screen from nicks and scratches.
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-No#04:

 The Livescribe Echo Smartpen allows you to record audio while you’re taking notes, and then play them back later. You can save and share interactive notes to your computer, iPad or iPhone via a micro-USB connector that also allows you to recharge your pen. The memory storage holds 400 or 800 hours of recorded audio, depending on the model, and includes an OLED display that makes it easy to navigate smartpen apps.

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-No#05:

 The iLuv iMM747 Audio Cube is a fully-dedicated iPad stereo docking station. The Audio Cube provides two speaker channels, each with iLuv’s enhanced jAura Soundcell Technology. The iMM747 features easy docking via an adjustable, sliding docking wall, which provides secure iPad vertical support and a flexible 30 pin connector that automatically adjusts to dock your iPhone 4 or iPod as well.

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-No#06:


 The LaCie Hub4 USB 3.0 gives you enormous flexibility to connect your peripherals, wherever you go. With four USB 3.0 ports, it's easy to get the fastest USB 3.0 speeds—up to 5Gb/s. It's even USB 2.0 compatible, so it works with almost all computers, laptops, and even netbooks.

Cost: ~$59.99
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-No#07:

 The iFusion is an integrated communications docking station for the Apple iPhone. Combining the capabilities of many top-selling iPhone accessories into a single device, the iFusion utilizes built-in Bluetooth technology, a full duplex speaker phone and a patented ergonomic design to deliver superior voice quality that meets the requirements of today's home and business consumer.
 The cradle design of the iFusion supports the iPhone 3G, 3GS and 4, providing a means to securely dock the phone while supplying power, battery charging and data synchronization via an integrated USB cable. With support for A2DP Bluetooth streaming, users are able to enjoy their favorite iPhone music over the internal speakerphone.

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-No#08:

 Maximize your brightness during presentations with the NEC P420X, an entry-grade professional installation projector loaded with eco-friendly and advanced technologies. Ideal for corporate boardrooms, higher education classrooms and government training rooms, this model delivers remarkable brightness (4200 lumens) and features built-in wall color correction, automatic keystone correction, wired and wireless networking, closed captioning and up to 3500 hours of lamp life (in ECO ModeTM). The P420X touts an active lens cover, which hides content, mutes audio and lowers lamp brightness to 25%, allowing you to maximize the effectiveness of your presentations.

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-No#09:

 myDitto Key enables SoHo business professionals to access their myDitto Servers remotely, through an easy-to-use, lightweight USB key. From owners who frequently travel on business trips to telecommuting employees, users simply insert their myDitto Key into a laptop or PC and — through a direct peer-to-peer connection — safely access any critical file from their office network server no matter where they are.

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-No#10:

 The WOWee ONE SLIM is a compact portable speaker unit which provides a full range frequency response. It is intended for use as both a fixed and portable solution for all iPod, iPad, mp3, mp4, mobile phone and computer applications. It uses the same hybrid technology as the WOWee ONE and produces an incredible bass sound with a 40Hz - 20kHz sound range.
 The unit is powered by an internal rechargeable battery and can deliver up to 10 hours of playtime per charge. It can be recharged via computer USB or a 5V USB power adapter using a plug. There is also a built in LED low battery indicator.


Cost: Coming Soon
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 source: itbusinessedge.com

2014!!!

Happy New Year!!!