

If you have a camera and a 2D matrix code reader on your mobile phone, you can capture the FCC Phone numbers right to your phone by following these three easy steps:
Step 1: Take a photograph of one of the codes below using the camera on your mobile phone.
Step 2: Use your phone's Datamatrix or QR Code reader to decode the information on the photograph. Please note, these code readers are device specific and are available to download on the internet.
Step 3: Store the decoded address information to your phone's address book and use it with your Maps or GPS application.

The most glaring connectivity gap for public safety community is in the spectrum of human consciousness. I have tried to provide market education to members of FCC, Homeland, State Emergency Services, Tribal Nations, Public and Private communication service providers and suppliers about the opportunity of RAN Sharing through the use of software defined radio, cognitive radio and intelligent radio to serve the majority needs. This education effort
There is a gap in the pure function of human communication, technological awareness (theoretical and practical aspects of communication tech) and interdisciplinary vocabulary. Each stakeholder is restricted by their area specific limitations. My attempts at collaboration have fallen into remedial discussions within each stakeholder group, rendering full stakeholder comprehension and collaboration out of reach.
What is needed to fill this connectivity gap is a Human Communications Commission (HCC) to provide the FCC and the rest of the technology centric communication stakeholders a solid foundation. Interdisciplinary people and professions make possible human and technological interoperability.
The problem is that most of the people making the decisions have more then 5Mbps so they are not in any hurry. If you lower their speeds to what the areas outside of cities get the problem would get fixed. It really comes down to who will pay for the infrastructure. Copper will not work except for short distances. Wireless is fastest solution to get some broadband to the most people quickly. Fiber while the most expensive is the only solution for speed and distance in small towns and rural areas.
YOur spending to much money studing. The phone co already has maps of the areas they do not serve with DSL. And the cable cos have more maps. Just ask them for them.
What you really need to do is force the phone co to serve all customers with DSL.
In many places the phone co has no peoplems with the lines they just do not want to install the digital switch due to not enough customers.
It's important that you recognize that Law Enforcement, Fire and first responders need high speed mobile access that takes precedence over Johnny streaming music to his iPhone. The question is will the government mandate they be given the access, thus raising everyone's price to fund the infrastructure, and then government NOT give Law enforcement, firefighters and first responders money to IMPLEMENT the use of it? This has, sadly, been the case in school, agriculture, and other mandates - force it but don't fund it.
Let's be on the cutting edge for once and find a way to fund this important and critical initiative from end to end so it can make a difference! The technology is the easy part, but end to end funding, now there is a challenge for you.
Regarding the connectivity gap it would be nice to see more specific definitions on broadband. What do I mean?
We ran your test at our home that gets wireless broadband (aka cox's broadcast via wavelinx over the air). The results:
Download test: 1481 kbps
Upload test: 489 kbps
Latency: 26 ms
Jitter: 6 ms
We ran your test from our office that is directly hooked into cox:
Download Speed: 12310 kbps
Upload Spead: 3433 kbps
Latency: 43 ms
Jitte: 43ms
How can one possible group 1481 kbps in the same league as 12310 kbps? Wavelinx only delivers at best 3kbps but we rarely ever saw that.