Node modular sensor gets Android compatible version

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Variable’s been promising an Android version of Node since we first heard about it in early February of last year. The company’s finally delivering on that promise with the launch of the latest edition of its modular monitor. The new Node is dually compatible Google’s mobile operating system and iOS. The model also features a souped up wireless sensor, a quicker processor and more memory. That version’ll run you $149, a fact the company is celebrating by dropping the original iOS-only version down to $99.

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Source: Node

Why Is A Cheap Color Sensor Such A Big Deal?

Why Is A Cheap Color Sensor Such A Big Deal?

We expect our devices to know what’s going on. Automatic doors, smartphones, temperature control systems and beyond all perform actions when they detect certain conditions. And it seems like it would just be convenient to put cameras on everything so devices could have eyes on all different situations. It would also be creepy, but we’ll leave that aside for now.

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Nanowire sensor converts pressure into light, may lead to super-sensitive touch devices (updated)

Nanowire sensor converts pressure into light, may lead to supersensitive touch devices

Outside of pen input, pressure sensors don’t get much love these days. However, Georgia Tech has just built an extremely accurate sensor that could give pressure-based devices their due. When a user pushes down on the new invention, its grid of zinc-oxide nanowires emits light that’s captured by fiber optics underneath at a very sensitive 6,300DPI. The combination of high resolution with light-speed responsiveness could lead to touch surfaces that capture far more detail than we’re used to. While computing interfaces are clearly prime candidates for the technology, Georgia Tech also sees potential uses in pressure-based fingerprint readers and even devices that simulate touch with skin-like behavior. We’ve reached out to the school for more information regarding its long-term plans, but it already anticipates improving the sensors with more efficient manufacturing techniques. Take a closer look at the sensor after the break.

Update: We’ve since had a chance to follow up, and we’re told that commercialization is likely five to seven years ahead.

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Source: Georgia Tech

First Red Dragon 6K footage shown, boasts three more stops DR (video)

First Red Dragon footage shown from 6K source, boasts three more stops DR video

After a considerable delay from its slated late 2012 release date, the 6K Red Dragon sensor is finally ready — and it seems to have been worth the wait. The first test footage (after the break) has come from cinematographer and Red booster Mark Toia, who stress-tested it in difficult conditions like high contrast daylight and dark night scenes. Afterwards, he said the camera has three more f-stops of dynamic range than the MX-equipped Epic and thinks the new sensor brings the “best highlight falloff I’ve ever seen from any digital camera,” including Sony’s $65,000 CineAlta F65 4K model. Though Red put on a show of upgrading Epic and Epic-X cameras with Dragon earlier this spring, the company recently said that deliveries would start in September. Meanwhile, Dragon equipped cameras are in the hands of other notable DPs and directors too, like Peter Jackson, Michael Bay and Darius Woski — meaning you can likely expect a deluge of Dragon eye-candy over the coming weeks.

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Source: Reduser

OmniVision details 10.5-megapixel Clear Pixel sensor inside Moto X

OmniVision details 105megapixel camera sensor inside Moto X

Motorola has been hyping up the 10.5-megapixel Clear Pixel camera inside the Moto X, but it’s been shy on the sensor’s technical details and origins. We now have both: it’s the OmniVision OV10820, a 1/2.6-inch sensor with a video-friendly 16:9 aspect ratio and large 1.4-micron pixels. Its strong low-light performance comes through a two-chip approach. The sensor captures RAW images using a sensitive RGBC (red / green / blue / clear) color filter, and a companion chip automatically converts the resulting shots into the Bayer format that most imaging processors expect. The result is a high-performance camera that slots inside the Moto X without requiring any special effort. Whether or not we see the OV10820 used outside of Motorola is another matter. OmniVision can’t comment on the sensor’s exclusivity, but it does note that RGBC is an “extremely viable option” for the future.

[Thanks to everyone who sent this in]

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Source: OmniVision

Tooth Sensor Tells Your Doctor If You’re Over-Eating or Smoking When You Shouldn’t Be

People lie to their doctors all the time, even though it’s for their own good. There’s a new invention in the works that makes it impossible to deny you had that extra slab of steak or that you smoked a couple of cigarettes: tooth sensors.

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They were developed by a team from the National Taiwan University. Aside from being able to detect if the person is overeating or sneaking in a couple of smokes when he or she shouldn’t be, the system also informs the doctor about it.

The sensors were tested by sticking them onto eight dentures. The researchers discovered that the sensor had the capacity to distinguish between chewing, speaking, and smoking about 94% of the time.

It’s definitely an interesting gadget, although it might be a while before it’s deployed. But the question is: would you be willing to wear it, knowing your teeth will tell on you?

[via New Scientist and Motherboard via Engadget via Geeky Gadgets]

NODE modular sensor gets color scanning capability

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What’s a modular sensor without modules? The folks behind Node have released the iPhone peripheral’s fifth end cap, the NODE+chroma, a sensor that scans colors, transmitting that data to your handset via Bluetooth 4.0. The $99 add-on features white LED light, capturing a reading in around a second, regardless of the influence of ambient light. You can pick up the new module over at Node’s site, along with climate, gas, thermometer sensors and an LED flashlight. And while you’re at it, you should probably pick up the $149 Node as well, or those sensors won’t be of much use.

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Source: Node

Apple Patents Triple Sensor, Triple Lens iPhone Camera For Better Resolution And Color Accuracy

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Apple has been granted a new patent related to camera tech by the USPTO today (via AppleInsider), which uses three different sensors and three different lenses to improve color-capture accuracy and image resolution for photos shot with an iPhone or other mobile device. The system is similar to the two-sensor Apple patent around mobile cameras the company applied for recently, but it solves a different kind of imaging problem.

This sensor arrangement would improve upon most mobile camera designs by using two chorminance sensors, each of which is placed to one side of a luminance sensor. The luminance or light sensor would determine light levels of the image, while the chrominance sensors would be responsible for accurately capturing color data. Two chrominance sensors arranged in that manner would be able to compensate for blind spots in each other’s field of view, ensuring accurate color rendering for all scenes.

If color info is missing from any part of the scene, as can happen with traditional combined sensor arrangements, then overall photo resolution suffers, too, because of a lack of data, so this would improve not only color rendering but overall image quality. And the information drawn from the two chrominance sensors would also be useful in automatically correcting for distortion caused by the camera lens.

Last week, as mentioned, Apple patented dual-sensor imaging for iPhones, that would automatically combine two separate images to correct for flaws in either. Combined with this sensor design, it begins to be apparent that Apple is doing lots of work on the imaging side of its mobile offerings. The iPhone has long been held up as an example of the best camera in smartphones, but competitors are starting to focus innovation on their own camera designs, the Lumia 1020 being probably the most recent memorable example.

Apple probably doesn’t have much to fear from Windows Phone devices, feature rich as they may be, but a significant camera improvement is a good way to attract customers with something new. Don’t expect changes like these to iPhone cameras coming in the next update this fall, but definitely consider this an area to watch over the next few years.

Tooth Sensor Collects Data On Your Daily Eating And Smoking Habits

Tooth Sensor Collects Data On Your Daily Eating And Smoking Habits

A team of researchers at the National Taiwan University have created a Wi-Fi enabled sensor that is embedded in the mouth. The sensor is capable of collecting data on daily habits such as eating and smoking, the current prototype reportedly has a 94 percent accuracy in collecting such data. The sensor is capable of differentiating between coughing, speaking, eating, smoking, drinking and breathing. This collected data can then be sent to a doctor.

For now, the sensor needs an external power source, but researchers are working on fitting an internal power solution. It can be embedded between two teeth or mounted on dental hardware such as braces. The sensor has to obviously be waterproof so as to avoid any damage, it also needs to be securely fixed to avoid the possibility of it becoming loose and accidentally being swallowed. Researchers are also working on adding Bluetooth support, this would enable doctors to download the data on mobile devices like smartphones and tablets easily. Right now, the current solution requires that all of the collected data first be uploaded to a server over Wi-Fi. [Image via The Verge]

Like It , +1 , Tweet It , Pin It | Tooth Sensor Collects Data On Your Daily Eating And Smoking Habits original content from Ubergizmo.

    

Sony files a patent for tagging photos and files with your vital signs

DNP Sony unveils a patent for tagging photos and files with your vital signs

In today’s sci-fi-inches-closer-to-reality news, Sony has filed a patent application with the United States Patent and Trademark Office for integrated camera sensors that can tag movies and photographs with your vital signs. The application, which can be read in full at the source below, describes a system of intensely personalized filings on your mobile device or camera. Rather than tagging those awkward family photos as “The Johnsons at Christmas dinner,” you would theoretically be able to attach your own biological data to the image, including body temperature, pulse rate, blood pressure, respiratory rate, blood oxygen level and skin conductance. Camera units would contain dedicated sensors for vitals that would attach such information to the file, like a weirdly personal time stamp. Why you’d want to have your blood pressure associated with your photos, we’re not quite sure, but Sony, at least, is determined to fill a void we didn’t even know existed.

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Source: U.S. Patent and Trademark Office