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Leroy Jones, Jr. is the creator of Talking Technology with Leroy Jones, Jr.

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@TechnicalJones: Rural Health Care & Broadband

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I've always been a big supporter for using innovation and advances in technology to reform our health care system, especially for those living in remote areas where there are little, or no, medical resources.
 
It also takes changing some of the basic fundamentals for delivering these services.  Last week, the Federal Communications Commission redefined its definition of Universal Service, moving it from a time-honored voice-centric fund for basic phone service to one focused on the broadband needs of consumers and businesses in the 21st Century.  The transformation is really good news for people living and working in rural areas, where a majority of the government funding will be allocated to deliver broadband services.
 
While everyone might not agree with all the changes to the Universal Service Fund (USF), the FCC believes it should help spread the availability of broadband services to the more than 18 million American households in rural areas that have no access to high-speed Internet service and that aren't likely to get it soon because it costs too much to build the service out to their homes. 
 
One reason rural areas were left out of the "broadband build-out" was the cost associated with providing the service.  The new USF intends to provide subsidies for areas where there is no business case for companies to provide service on their own and would fund wireless broadband access in remote or rugged areas.
 
However you look at it, this is a positive step by government, and companies in the public/private sector, in supporting the delivery of broadband to rural communities.  And, when broadband services are available, offering mHealth services may not be far behind.  The delivery of broadband, as well as mHealth services, could also lead to job growth, as people working in the health care sector consider extending medical services to outlying areas currently underserved by their practice or hospital.
 
More detail on the FCC's overhaul of the USF will be forthcoming shortly.  Hopefully it won't take long to update and enact the new USF, have companies use the funds to build out broadband, and turn the promises and benefits of mHealth into reality for rural communities across the country.  




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@TechnicalJones: mHealth Light




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@TechnicalJones: e-Health & Broadband

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Attended the Institute for e-Health Policy event yesterday in D.C.

Check it out:

July 13, 2011 Event: "The Information Technology Infrastructure: Public / Private Sector Broadband Buildout for Rural, Minority and Underserved Communities"





Institute for e-Health Policy - Jeff Brueggeman of AT&T (1)


Institute for e-Health Policy - Jeff Brueggeman of AT&T (2)


Institute for e-Health Policy - Odell Tuttle of Healthland (1)



Institute for e-Health Policy - Odell Tuttle of Healthland (2)


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@TechnicalJones: e-Health & Broadband

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Attended the Institute for e-Health Policy event yesterday in D.C.

Check it out:

July 13, 2011 Event: "The Information Technology Infrastructure: Public / Private Sector Broadband Buildout for Rural, Minority and Underserved Communities"





Institute for e-Health Policy - Jeff Brueggeman of AT&T (1)


Institute for e-Health Policy - Jeff Brueggeman of AT&T (2)


Institute for e-Health Policy - Odell Tuttle of Healthland (1)



Institute for e-Health Policy - Odell Tuttle of Healthland (2)


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@TechnicalJones: Health Social Life

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Check out the new @ Report by  @SusannahFox -

Pew_May 2011.jpg

The Social Life of Health Information, 2011

"The internet has changed people's relationships with information. Our data consistently show that doctors, nurses, and other health professionals continue to be the first choice for most people with health concerns, but online resources, including advice from peers, are a significant source of health information in the U.S.

As broadband and mobile access spreads, more people have the ability - and increasingly, the habit - of sharing what they are doing or thinking. In health care this translates to people tracking their workout routines, posting reviews of their medical treatments, and raising awareness about certain health conditions."


For more on Talking Technology with Leroy Jones, Jr. 
see:

Pew Internet


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@TechnicalJones: Health Social Life

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Check out the new @ Report by  @SusannahFox -

Pew_May 2011.jpg

The Social Life of Health Information, 2011

"The internet has changed people's relationships with information. Our data consistently show that doctors, nurses, and other health professionals continue to be the first choice for most people with health concerns, but online resources, including advice from peers, are a significant source of health information in the U.S.

As broadband and mobile access spreads, more people have the ability - and increasingly, the habit - of sharing what they are doing or thinking. In health care this translates to people tracking their workout routines, posting reviews of their medical treatments, and raising awareness about certain health conditions."


For more on Talking Technology with Leroy Jones, Jr. 
see:

Pew Internet


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@TechnicalJones: Talking about the AT&T/T-Mobile

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@TechnicalJones: Talking about the AT&T/T-Mobile

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TECH TERMS - PASSIVE OPTICAL NETWORK

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TechTerm_Image 2008.pngPassive Optical Network (PON):

Definition:
A Passive Optical Network consists of an optical line terminator located at the Central Office and a set of associated optical network terminals located at the customer's premise.

Between them lies the optical distribution network comprised of fibers and passive splitters or couplers. In a PON network, a single piece of fiber can be run from the serving exchange out to a subdivision or office park, and then individual fiber strands to each building or serving equipment can be split from the main fiber using passive splitters / couplers.

This allows for an expensive piece of fiber cable from the exchange to the customer to be shared amongst many customers thereby dramatically lowering the overall costs of deployment for fiber to the business (FTTB) or fiber to the home (FTTH) applications.

PON_Sept 2010.jpg


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TECH TERMS - PASSIVE OPTICAL NETWORK

| No Comments

TechTerm_Image 2008.pngPassive Optical Network (PON):

Definition:
A Passive Optical Network consists of an optical line terminator located at the Central Office and a set of associated optical network terminals located at the customer's premise.

Between them lies the optical distribution network comprised of fibers and passive splitters or couplers. In a PON network, a single piece of fiber can be run from the serving exchange out to a subdivision or office park, and then individual fiber strands to each building or serving equipment can be split from the main fiber using passive splitters / couplers.

This allows for an expensive piece of fiber cable from the exchange to the customer to be shared amongst many customers thereby dramatically lowering the overall costs of deployment for fiber to the business (FTTB) or fiber to the home (FTTH) applications.

PON_Sept 2010.jpg


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