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Identification

A group of Japanese researchers at the Advanced Institute of Industrial Technology have de...

Who needs face detection when your car can know who's sitting in it based on their rear-end? A group of Japanese researchers at the Advanced Institute of Industrial Technology (AIIT) have developed a car seat that can identify drivers while they're sitting down. The way the technology works is pretty simple. The seat is retrofitted with 360 different sensors. Those sensors take into account things like your weight, the highest value of pressure on the seat, and where you come in contact with the seat. The idea is that we all sit in car seats relatively the same way each time, so the seat should be able to tell who is sitting in it, ensuring that the person is the owner of the car rather than a car thief.  Read More

RumbaTime GO watch collection

It's not always convenient to take your wallet with you wherever you go. Times like a morning run or bike ride, it can be easier to leave your cash and ID at home. What happens if you're out on a run and want to stop for a cup of coffee? What if you have a medical emergency or become injured during your trip? RumbaTime's series of GO-enabled watches aim to solve those problems by letting you bring your cash and all your medical information along with you wherever you go in a small colorful watch.  Read More

The EPFL system is able to track and identify individual players on crowded sports fields ...

Even for diehard sports fanatics, it can sometimes be quite difficult to tell which player is which, when watching a field, court or rink full of team athletes. While this can be merely frustrating for fans, it can have larger ramifications for referees or coaches, whose jobs depend on being able to know which players are doing what, at what time. Scientists from Switzerland’s École Polytechnique Fédérale de Lausanne (EPFL) have devised what could be a solution to that problem – it’s a system that continuously tracks each player, superimposing their number and jersey color over top of their image, on a computer screen.  Read More

Digital artist Arturo Castro has put together and demonstrated a video application that ma...

Some day in the not-too-distant future, you may be on a service like Chatroulette, and suddenly find yourself matched up with a person who looks exactly like Angelina Jolie. Well, chances are it won’t really be her. Instead, it will likely be someone using the descendant of a system put together by Arturo Castro. Using a combination of existing software, the Barcelona digital artist has demonstrated how a variety of famous faces can be mapped onto his own, moving with it in real time. While Castro’s system isn’t likely to fool anyone – in its present version – it’s an unsettling indication of what could be possible with just a little more finessing.  Read More

The W-Ink 3D-nanostructured chip is able to instantly identify liquids(Image: Ian Burgess)

If you want to know exactly what a substance is, your best bet is to use something like a gas chromatographer. The problem is, such machines tend to be large, lab-based and expensive – not the greatest for use in the field, or by people who aren’t connected with a research institute. Researchers from Harvard University's School of Engineering and Applied Sciences, however, have created inexpensive, portable 3D-nanostructured chips, that can instantly identify any liquid via its surface tension.  Read More

Spanish researchers have developed an electronic tongue capable of distinguishing between ...

Spanish efforts to find an electronic alternative to the tried and tested expertise of a human sommelier have now resulted in a system that can tell the difference between varieties of sparkling wine. The new development combines advanced mathematical processing tools with chemical measurement systems and an artificial neural network to create an electronic tongue currently capable of identifying the characteristics of just three cava wines, but with the potential to learn all types available on the market.  Read More

The VIATAG system's RFID transponders allow drivers to use car parks without having to mak...

Car parks can be a hassle – you have to roll down your car window and reach out to get a ticket from the dispenser on the way in, and then have to reach over and pay the cashier on the way out. The engineers at Germany’s Fraunhofer Institute for Material Flow and Logistics, however, have come up with something easier. They’ve developed an RFID (radio-frequency identification) tag system that allows drivers to pass unimpeded in and out of car parks, with parking fees being automatically deducted from an online account.  Read More

A chemist has developed an 'artificial nose' system, that can identify infectious bacteria...

Being able to quickly confirm the presence of infectious bacteria in a patient’s bloodstream, and then identifying the specific species and strain, can make the difference between life and death for that patient. While traditional detection and identification methods are fairly accurate, they can also take too long to perform. A chemist from the University of Illinois, however, has developed an inexpensive new system that is much quicker – and it works by sniffing out the harmful bacteria.  Read More

Concordia University professor, Benjamin Fung, has developed an effective new technique to...

There might be many harmless reasons for sending anonymous emails – confessing your undying love for someone, seeking anonymous advice, or simply playing a joke on a friend – but there are also plenty of harmful reasons – making threats against someone, distributing child pornography or sending viruses, just to name a few. While police can often use the IP address to locate where an email originated, it may be harder to nail down exactly who sent it. A team of researchers claims to have developed an effective new technique to determine the authorship of anonymous emails that can provide presentable evidence in courts of law.  Read More

Southampton's image ray transform is able to locate and extract ears in images of peoples'...

If you’ve watched any spy movies, then you’ll know that biometric security systems can recognize individuals based on physiological traits such as their fingerprints, handprints, faces and irises. Well, you may soon be able to add “ears” to that that list. Scientists from the University of Southampton’s School of Electronics and Computer Science have used a program called image ray transform to achieve a 99.6 percent success rate in automatically locating and isolating ears in 252 photos of peoples’ heads.  Read More

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