Not that it in any way makes these laws right and proper, but they are probably concerned about things like this:
When one of the militant nutjobs is bragging about holding executions in Trafalgar Square... well, it's probably reason for some level of concern.
I don't know what the hell to think about Obama anymore. The guy we elected was smart, charismatic, capable, articulate; he ran a brilliant campaign that took out the heavily favored Hilary Clinton. He came across as a man with the intelligence, principles, and pragmatism to fix the nations problems... or at least not fuck it up as catastrophically as George W. Bush did. So where the hell did that guy go?
Same guy... what you saw was an act, and millions of people fell for it hook, line, and sinker. Now, since he's in his second term and Congress is unlikely to grow the cojones to impeach him, he simply doesn't care.
If you give it the middle finger, will it wipe itself and install Linux?
Just a thought - why would we trust your thoughts regarding the Health Insurance Portability and Accountability Act (HIPAA) when you can't even get the acronym right?
Quite correct. Bunker C (type 6 fuel oil) is a thick black sludge similar in consistency to molasses and must be preheated above 200 degrees F before it becomes combustible.
If you're going to have to pull it out and preheat it prior to burning, may as well load it on another ship and do something useful with it.
For clarity, I'm not seeing a mesh network here. A mesh network is defined as a "swarm" or "cloud" of clients, where each client talks to multiple other clients to transfer data from the client to some endpoint. Typically, these networks are "self healing", where they gain and lose connections to other clients as those clients move in and out of range.
With the gear I'm seeing here, this is a typical linked repeater system. A subscriber (mobile or portable radio) talks to a repeater. His voice is (typically) repeated locally, but also retransmitted down the linked system to be broadcast elsewhere. There are quite a few amateur radio examples out there - check out Armadillo Intertie and Cactus Intertie. Disclaimer: I'm a member of Armadillo, which is affiliated with Cactus. We use 440MHz UHF repeaters, with backhaul links on 420MHz, 900MHz, microwave, and via the Internet. There are many other linked systems out there - MOTOTRBO systems that link using IP Site Connect, other conventional/analog systems, etc.
If mesh is your thing, google HSMM-MESH. This is a self-healing, fault-tolerant, amateur radio mesh networking system using off the shelf WRT54s (did you know 2.4GHz was actually an amateur radio band?) and some custom firmware to provide link-state routing, etc. Pretty cool stuff.
Motorola CM200 pair (presumably using a RICK)
Also an Icom rack-mount something or other (sorry, I don't do Icom)
As far as RF conditioning, I'm seeing:
Simple fiberglass sticks with radials (such as a Comet GP-3)
A couple Stationmasters
The subscribers they show include two Kenwood business-class radios, a Moto HT1250 and MTS2000, and the FRS crap. Antennas appear to be UHF.
However, the duplexers are all sized to be VHF. If they're UHF, they're designed for some seriously high power output.
I'm thinking simple analog repeaters (the XPR is an oddball, but maybe they're just using it in analog mode) and analog links, like many wide-area amateur repeater systems. These systems would be relatively easy to set up, and would provide what they'd want with a minimum of fuss. Delivering traffic to some radios while bypassing others could be accomplished using MDC, FleetSync, etc.
Considering the geographic area, I'd also not be surprised if we're looking at pieces from multiple systems. They may have basic UHF conventional stuff in places, MOTOTRBO in others.
As far as OpenSky - as powerful as they are, I don't think the Zetas have whats necessary to successfully deploy OpenSky (don't tase... err, slaughter my family... bro!) - that technology hasn't been invented yet!
FORTRAN is not a flower but a weed -- it is hardy, occasionally blooms, and grows in every computer. -- A.J. Perlis