Helping health care technologies communicate

submitted by: nsf
Julian Goldman, a physician at Mass General Hospital, knows better than most the frustrations that doctors face when they're confronted with computer systems and devices that just won't communicate with each other. His lab has been a pioneer in developing open source tools and standards designed to integrate the various technologies used in homes and hospitals. The effort, in turn, led to the development of a community of likeminded researchers and manufacturers that would like to break...

Health care that follows you from home to hospital and back

submitted by: nsf
Professor Marjorie Skubic from the University of Missouri has created a suite of health care technologies that identify when an individual falls in their home or when their physical behavior changes over time. However, how does a physician at a hospital know about and use information gathered by devices like those designed by Skubic for the home? And likewise, how does information about a patient's condition in the hospital get incorporated into technologies like Skubic's when they return...

Local 3D printing hubs bring manufacturing back to U.S.

submitted by: nsf
Imaginestics is a start-up out of West Lafayette, Indiana, founded by Nainesh Rathod. At the Smart America Expo, Rathod was part of a team that demonstrated the potential impact of "Smart Shape Technology" on 3D printing and local manufacturing hubs. The system lets you can take a picture of a part of a larger device with a mobile phone, and then identify a local retailer where this part can be found or instantly print it at a local neighborhood 3D printing service provider. The...

Drones provide wi-fi for disaster relief

submitted by: nsf
At the Smart America Expo, Yan Wan from the University of North Texas exhibited unmanned aerial vehicles (UAVs) she developed that are capable of providing wireless communications to storm-ravaged areas where telephone access might be out. Typical wireless communications have a range limit of only a hundred meters. However using technology developed by Wan and her colleagues, they were able to extend the Wi-Fi reach of drones to five kilometers. In a grant from NSF, Wan is applying...

Tele-robotics puts robot power at your fingertips

submitted by: nsf
In the aftermath of an earthquake, every second counts. The team behind the Smart Emergency Response System (SERS) is developing technology to locate people quickly and help first responders save more lives. At the Smart America Expo, Howard Chizeck, professor of electrical engineering at the University of Washington, showed a system he's helped develop where one can log on to a Wi-Fi network in order to tele-operate a robot working in a dangerous environment. Surgeons can use the...

Computer-equipped dogs lead way in search-and-rescue

submitted by: nsf
Researchers from North Carolina State University (NCSU) showed off pioneering work demonstrating the potential of technologies that allow dogs to gather information, and stay safe, during search and rescue operations. Among the applications they're testing are computer-assisted training, remote communication with dogs in the field and tools to help people with guide dogs better understand what their dogs are doing. They accomplish these tasks by equipping dogs with video, audio and gas...