Yes, another government agency that services the abusers of the system and abandons the average citizen to the unknown risks of EM levels.
I thought these agencies were set up for the public safety!
Another example on how the government no longer serves a purpose in our modern society.
Just my opinion.
I have somewhat mixed feelings about this. On the one hand, the FCC does seem to be clueless many times, about things they should be expert at understanding. Examples such as the LightSquared fiasco, and the TV "white space" impending fiasco, are obvious examples.
On the other hand, I'm not sure just how much of an issue this 6X over limit measurement really is. I assume they're talking about those clustered cellular base stations we see on top of buildings. Inside the building, where people work, I'm not sure whether the levels are any higher than at home, with WiFi and cordless phones, or on the train, where every Tom, Dick, and Harry sitting close by is mindlessly texting or otherwise busy transmitting low power RF just inches or feet from you.
The inverse square law is what applies to point sources such as these. Power density drops off quite rapidly as distance increases. Use of the term "600 percent" seems tailor-made for engendering that "ooooh aaaaah" reaction.
EM Radiation Policy Group
I lost interest after the word "family" in the second paragraph, "US workers and families are at risk of overexposure to RF at hazardous levels."
Another self-promoting FUD agenda. Nothing to see there, move along.
FCC, about 10 years ago, recognized the danger of such communications and set what they thought were adequately low power levels for transmitters.
I hope the author is wrong, but I suspect he is right: Lousy enforcement has caused widespread violation.
If the reader doubts the danger of electromagnetic exposure, it is analyzed and explained in "Biological Effects of Microwaves: Thermal and Nonthermal Mechanisms" at http://www.scribd.com/doc/45663757/Biological-Effects-of-Microwaves-Thermal-and-Nonthermal-Mechanisms,
an older version of which was posted at arXiv.
It depends on the construction of the roof structure and antenna placement. Unless you actually perform field strength measurements, you cannot be sure what exposure is inside the building. Inverse square law applies, but RF propogation is not always straight line, and reflects of metal objects in unexpected ways.
perhaps some blame is because of the darn fragmented wireless technology in the US. Every cell tower has multiple rings of antennas: CDMA, GSM, ATT, Sprint, Tmobile, Verizon---everyone has a separate transceiver so no wonder the E-M field in front of that christmas tree is huge.
Everywhere else in the world they settled on one system per area (bands differ so no universal harmony yet). I think the carriers over there just settle charges for using each other's base stations---it probably just evens itself out in proportion to how many base stations each one owns.
I've heard that LTE finally harmonizes the system worldwide---I am looking forward to that.
What we have as the reason that all of the violations are allowed is a new FCC that is composed of non-technical people who are only interested in the money. It is very clear that technical reality is something that they simply do not understand. But a law degree and an MBA simply don't qualify anybody for any sort of honest employment,mwhich is why they work foir the government. So being the technically illiterate people that they are, and being paid off by some commercial folks with lots of money to pay them off with, they naturally go for the money. What else would one expect them to do? No, it is neither legal nor moral, but then that is not what is taught in law school these days.
What are the engineering and design challenges in creating successful IoT devices? These devices are usually small, resource-constrained electronics designed to sense, collect, send, and/or interpret data. Some of the devices need to be smart enough to act upon data in real time, 24/7. Specifically the guests will discuss sensors, security, and lessons from IoT deployments.