Friday, May 20, 2011

Queens University students hack Microsoft Kinect to make a 360-degree display

Queens University students hack Microsoft Kinect to make a 360-degree display

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(PhysOrg.com) -- It seems like lately everyone is playing around with the Microsoft Kinect to make something different than the in the box configuration. This time the modifications are coming students at Queens University. They have combined a pair of the Kinect sensors with a hacked 3D HD projector and a hemispherical mirror mounted inside of an acrylic sphere to make a pseudo holographic display.

The project, aptly dubbed Project Snowglobe, is capable of showing aof a digital object. While at first that may sound really cool, the display system is limited to a single user at the present moment. The system cannot project a truly 3D object at the moment. It simply tracks the movement of the viewer and rotates the image so that it is in sync with their position.

Don't expect to see this bit of creative hacking on sale any time in the near future; no plans have been made at this time.


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Thursday, May 19, 2011

In-car device monitors blood sugar for diabetic drivers

People with diabetes and their caregivers know that careful and constant monitoring of their blood sugar levels is critical to managing the disease. But even while driving?

In an unusual marriage of medical technology, consumer electronics and automotive engineering, Fridley, Minn.-based Medtronic Inc. and Ford Motor Co. on Wednesday unveiled athat uses the automaker's in-car communications system to help drivers track theiractivity while on the go.

"It's a real high-tech approach to the old saying, 'I've fallen and I can't get up!'"said Phil Nalbone, an analyst with Wedbush Securities."This makes good use of widely available communications technology to safeguard patients and improve quality of care."

Using Bluetooth connectivity, the system links the automaker's popular in-car infotainment system, called Sync, to a Medtronic continuous glucose monitor. If a driver'sare too low, an alert sounds or a signal appears on a dashboard screen.

, in particular, can cause light-headedness, blurry vision and other potentially dangerous symptoms that could cause a traffic accident. Theestimates nearly 26 million adults and children in the United States have diabetes, but of that amount, only a portion use glucose monitors and insulin pumps.

The Ford-Medtronic prototype is still being researched, so it's unclear when - and if - the technology will ever be marketed."Today it's all about possibilities,"said Medtronic senior vice president James Dallas, who attended an unveiling at Ford headquarters in Dearborn, Mich., on Wednesday."There's nothing formal yet, but the technology has reached a point where possibilities can become probabilities."

The idea has won some preliminary fans in the diabetes community."I know when I'm driving, if the 'check engine' light comes on, I'm going to pay attention,"said Dr. Richard Bergenstal, executive director of Park Nicollet's International Diabetes Center."It's kind of the same principle."

For Medtronic, the partnership signals a growing movement toward managing health remotely through smartphones, tablets, laptops and, possibly, cars. Dallas said the company is in talks with other tech leaders, such as IBM, Cisco, Apple, Verizon and Qualcomm, for other partnerships."It helps us extend our reach in new ways,"Dallas said.

Medtronic's $1.2 billion diabetes business has led the way in continuous glucose monitoring, which recordsthroughout the day and night. The readings permit patients to make adjustments to insulin levels, often using a Medtronic insulin pump, or by ingesting sugar to coax levels back into normal territory.

"Ideally, we will get to a place where the sensor and pump communicate and when you get a reading, the pump automatically adjusts,"Medtronic spokesman Brian Henry said.

Pairing the Medtronic technology with automotive engineering may seem far-fetched at first blush, but Ford maintains that 78 percent of U.S. consumers are deeply interested in"mobile health solutions."According to a study by MobileStorm cited by the company, medical and health care applications are the third-fastest growing category of smartphone apps.

Ford also announced a project on Wednesday to provide drivers with allergy alerts and pollen levels on the Sync device for those suffering from asthma and severe allergies.

"Ford's approach to health and wellness in the vehicle is not about trying to take on the role of a health care or medical provider,"said Gary Strumolo, the company's global manager of interiors, infotainment, and health and wellness research."We're a car company."

By partnering with"experts,"Strumolo said, the Sync system can be used as a kind of"secondary alert system and alternate outlet for real-time patient coaching services."

Ford released Sync in 2008 to mostly positive reviews. Developed with Microsoft, the system enables voice control of phones and audio systems and is available in most models of Ford vehicles. (It's an extra $395 when optional.)

However, as safety concerns mount over potentially distracted drivers using cell phones for texting, talking and other activities, U.S. Transportation Secretary Ray LaHood expressed concern last fall about systems like Sync and General Motors' OnStar, even if they are"hands free."

There are also questions about whether there's significant money to be made."It remains to be seen how Medtronic will monetize this and whether it will contribute to a meaningful revenue stream,"Nalbone said."But it's an intriguing idea."


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Wednesday, May 18, 2011

AnatOnMe: Doctor patient communication enhanced with new Microsoft device (w/ video)

Doctor patient communication enhanced with new Microsoft Device

(Medical Xpress) -- Microsoft researchers announced this week a new handheld device that they hope will work as an aid for doctors and patients to better communicate injuries and recommended therapy treatments. The new prototype device is called AnatOnMe and enables doctors to project an image of the bones, tendons and muscles involved in an injury directly onto the patient's skin.

AnatOnMe is composed of two parts. The main component has a handheld projector, a digital camera, and an. The second part of the device holds aand the main control buttons. Amy Karlson from Microsoft Research’s Computational User Experiences Group located in Redmond, Washington says that the technology is actually low-tech but could provide many possibilities in the future.

The projector is capable of projecting stock images of an injury onto a patient’s skin to better enable them to see inside and understand the injury. The camera enables a doctor to take images of a patient to document progress and allow doctors to make notations. They can also take pictures of a patient performing physical therapy and note what they might be doing wrong or need to work on. This method allows the patient to better see how their body is working and what needs to be done in order to heal from the injury.

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AnatOnMe is a projection-enabled mobile device designed to improve patient-doctor communication in a medical setting.

After an exam, the doctor is then able to print out the pictures and create a personalized file to show what has been discussed in the office visit for the patient to take home, as well as provide detailed information in a patient’s medical record. By making the visit and instructions more personalized, the hope is to better improve patient body awareness and communication between the doctor and the patient.


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