Telehealth
Telehealth, which is defined by the U.S. Department of Health and Human Services Health Resources and Services Administration (HRSA), is the use of electronic information and telecommunications technologies to support long-distance clinical health care, patient and professional health-rela... Moreted education, public health, and health administration. Technologies used in telehealth typically are videoconferencing, the Internet, store-and-forward imaging, streaming media, and terrestrial and wireless communications. While new applications are increasingly found for using these technologies, significant barriers remain to making these technologies an integral part of daily health care practice.
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Telehealth News
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2014 Top Embedded Innovators: Jinwen Xiao, Design Engineering Director, Wireless Microcontroller Products, Silicon Labs
3 weeks ago — Monique DeVoe, Editor, OpenSystems MediaJinwen Xiao is the engineering director for microcontroller (MCU) and wireless products at Silicon Labs where she leads the circuit design team developing the next generation of energy-friendly, ARM-based 32-bit MCUs, wireless transceivers, and wireless SoC devices for Internet of Things applications. During her nearly 10-year career at Silicon Labs, she has advanced from MCU design engineer to her current design engineering director position. Previously she has worked in design engineering roles at VIMicro, Spreadtrum Communications, and National Semiconductor. Xiao holds 15 patents with 6 patents pending. She has a Ph.D. in Electrical Engineering and Computer Science from the University of California at Berkley and a BS in Electrical and Power Engineering from Tsinghua University.
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Meeting power budgets and size requirements in medical device batteries
4 weeks ago — Neil Oliver, AccutronicsIn the 2013 film Gravity, there is a scene in which Sandra Bullock has to reduce the power budget of her escape vehicle to allow it to reach the next space station and salvation. Tom Hanks faces a similar power problem in Apollo 13. Both scenarios illustrate the need to match the power budget of a device to the capacity of its battery. Medical device designers face a similar quandary.
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Rise of the machines: The future of M2M in healthcare
4 weeks ago — Matthew Britt, NumerexIn recent years, hospitals and health systems in the U.S. have shifted their business models dramatically. From electronic patient records to a changing insurance industry, physicians, caregivers, and administrators have navigated and embraced a tidal wave of changes. Today, one of the core drivers of healthcare industry transformation is Machine-to-Machine (M2M) technology. Put simply, a tiny sensor is revolutionizing everything.
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Arrived: Qseven and PC/104 Make it in Medical; ISA Bus Still Going Strong; and M…
Posted 11 months ago — By Telehealth TechChannel -
http://www.ihealthbeat.org/articles/2013/6/3/tweets-popular-reliable-source-for-…
Posted June 05, 2013 — By Telehealth TechChannel - Newer Blog Posts Older Blog Posts
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Video: Not Just Any Linux: Carrier Grade Linux (part 1 of 2)
Video — Glenn E. Seiler, Wind River Systems, Inc. -
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Video: CY8CKIT-023 PSoC Expansion Board Kit For iPhone & iPod Accessories
Video — Leon Tan, Cypress -
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Video: Software Design in Medical Devices – Solving the Quality and Compliance Challenge
Video — Ryan Lloyd, Product Manager, MKS (ALM) -
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Video: Bluetooth(R) Low Energy Android Demo: Motorola RAZR and TI’s CC2540 SoC
Video — Espen Slette, Texas Instruments - Newer Videos Older Videos
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http://embedded-computing.com/articles/continua-telehealth-industry-challenges/
Posted May 07, 2013 — By Telehealth TechChannel -
This would be particularly beneficial to telehealth, where physicians might prac…
Posted April 26, 2013 — By Telehealth TechChannel -
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Efficient portable medical device design strategies
Last month — Mark Nadeski, Texas InstrumentsWhen designing a product that is meant to be portable, power consumption and size may become of paramount importance. Similarly, designing a product for the medical spamedical device and the resulting list of design headaches can be quite daunting. However, with a few ce adds its own unique set of issues, such as certification, robustness, and product longevity. Combine the two together in a portable simple design strategies kept in mind, it is quite possible to balance these and create an efficient solution.
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Embedding intelligence in medicine and sports
Last month — Rory Dear, Technical ContributorEmbedded systems for medical and sports wearable (and ingestible) devices are adding intelligence to how we track our health and wellness.
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Telehealth News
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Wind River Selects Axeda to Power Expanded Capabilities for Internet of Things Solutions
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Altera and Lime Microsystems Team Up to Accelerate and Simplify the Development of Wireless Networks
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iWave launches Industry latest i.MX6 Pico ITX SBC
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Call for Papers DATE 2015 Grenoble (France) from 9 – 13 March, 2015
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PrismTech’s Intelligent Data Sharing Platform is Key Enabler for Seamlessly Connected, Cohesive Healthcare Systems
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IAR Embedded Workbench for ARM Now Supports Renesas Starter Kit for the RZ/A1 Microprocessor
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Gemalto Showcases Connected Car Solutions at Detroit Telematics
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